Information We May Collect
We collect three main types of information related to you or your use of our products and services: (1) information from or about you or your devices; (2) information from or about your Tesla vehicle; and (3) information from or about your Tesla energy products. Depending on the Tesla products and services you request, own, or use, not all of these types of information may be applicable to you.
From or about you or your devices
We may collect information from or about you (such as your name, address, phone number, e-mail, payment information, etc.) or your devices in a variety of ways, including:
- Through the Services: We may collect information from or about you through our websites, software applications, social media pages, e-mail messages, or other digital services (the “Services”), e.g., when you sign up for a newsletter, make a purchase, or register your product with us.
- From other sources: We also may receive information about you from other sources, such as public databases, joint marketing partners, certified installers, third-party vehicle repair or service centers, and social media platforms.
- My Tesla: Customers who purchase certain Tesla products will receive a My Tesla account, which is hosted on our website. We may collect and process the following types of data for your My Tesla account that you elect to provide to us: your customer registration information; the status of your order; warranty and other documentation for your Tesla products; and general information about your Tesla products (including, for example, vehicle identification number or other product serial number, service plan information, or connectivity package), insurance forms, driver’s licenses, financing agreements, and similar information. You can access your My Tesla account to update the information from or about you in that account at any time.
- Offline: We may collect information from or about you offline, such as when you visit a Tesla store or repair facility, attend one of our events, sign up for a test drive, place an order over the phone, or contact our customer services or sales department.
- Through your browser or device: Certain information is collected by most browsers or automatically through your device, such as your Media Access Control (MAC) address, computer type (Windows or Macintosh), screen resolution, operating system name and version, device manufacturer and model, language, Internet browser type and version, and the name and version of the Services (such as the Tesla App) you are using. We use this information to ensure that the Services function properly.
- Pixel tags and other similar technologies: Pixel tags (also known as web beacons and clear GIFs) may be used in connection with some Services to, among other things, track the actions of users of the Services (including e-mail recipients), measure the success of our marketing campaigns, and compile statistics about usage of the Services and response rates.
- You can learn about Google’s practices in connection with this information collection and how to opt out of it by downloading the Google Analytics opt-out browser add-on, available at https://tools.google.com/dlpage/gaoptout.
From or about your Tesla vehicle
We may collect a variety of information from or about your Tesla vehicle, including:
- Telematics log data: To improve our vehicles and services for you, we may collect certain telematics data regarding the performance, usage, operation, and condition of your Tesla vehicle, including the following: e.g., vehicle identification number; speed information; odometer readings; battery use management information; battery charging history; electrical system functions; software version information; infotainment system data; safety-related data and camera images (including, e.g., information regarding the vehicle’s SRS systems, brakes, security, e-brake, and accidents); information regarding the use and operation of Autopilot, Summon, and other features; and other data to assist in identifying issues and analyzing the performance of the vehicle. We may collect such information either in person (such as during a service appointment) or via remote access.
- Remote analysis data: We may be able to dynamically connect to your Tesla vehicle to diagnose and resolve issues with it, and this process may result in access to personal settings in the vehicle (such as contacts, browsing history, navigation history, and radio listening history). This dynamic connection also enables us to view the current location of your vehicle, but such access is restricted to a limited number of personnel within Tesla.
- Other vehicle data: In order to help improve our products and services, we may collect and store other vehicle data, such as: data about accidents involving your Tesla vehicle (e.g., air bag deployment and other recent sensor data); data about remote services (e.g., remote lock/unlock, start/stop charge, and honk-the-horn commands); a data report to confirm that your vehicle is online together with information about the current software version and certain telematics data; vehicle connectivity information; data about any issues that could materially impair operation of your vehicle; data about any safety-critical issues; and data about each software and firmware update. We may collect such information either in person (e.g., during a service appointment) or via remote access.
- Service history: In order to facilitate the servicing of your car, we may collect and process data about the service history of each Tesla vehicle, including, e.g., the customer’s name, vehicle identification number, repair history, any outstanding recalls, any bills due, any customer complaints, and any other information related to its service history.
- Charging station information: We may collect information regarding the charge rate and charging stations used by you (including outlets) in order to, e.g., analyze which charging stations are being utilized, how long and efficient battery charges are, and where additional charging stations are needed.
- Advanced features: We may provide you with features in your Tesla vehicle, such as the real-time traffic feature, Autopilot, Summon, or other features which make use of the road segment data of your vehicle, and we may share this data with partners that contribute similar data to help us provide the service. We also may collect similar data in connection with other features and may share it with business partners where necessary to provide the feature to you, but we will only collect and share the data in a way that does not personally identify you. We also only collect and share this data if these features are enabled in your vehicle, and we only collect and share this data in a way that does not personally identify you or your vehicle. Your vehicle may send this data to Tesla and its partners even if you are not actively using a feature that needs this information. You can stop the collection of this data by turning off the “TRAFFIC-BASED ROUTING” setting in Controls > Settings > Apps > Maps & Navigation.
If you no longer wish us to collect Telematics Log Data or any other data from your Tesla vehicle, please contact us as indicated in the “How to Contact Us” section below. Please note that, if you opt out from the collection of Telematics Log Data or any other data from your Tesla vehicle (with the exception of the Traffic-Based Routing setting detailed above), we will not be able to notify you of issues applicable to your vehicle in real time, and this may result in your vehicle suffering from reduced functionality, serious damage, or inoperability, and it may also disable many features of your vehicle including periodic software and firmware updates, remote services, and interactivity with mobile applications and in-car features such as location search, Internet radio, voice commands, and web browser functionality.
From or about your Tesla energy products
We may collect a variety of information from or about your Tesla energy products from you, via a certified installer or from the installed products (directly or via paired equipment, such as an inverter), including:
- We may collect information about your product, such as your installation date, number of products installed, and serial number(s).
- In order to provide and improve our energy products and services, we may collect data regarding where your product is installed and how it is configured, data related to the product’s use and performance, data regarding your aggregate home energy consumption, and other data relevant to diagnose issues.
If you no longer wish us to collect performance data or any other data from your Tesla energy product, please contact us as indicated in the “How to Contact Us” section below. Please note that if you opt out from the collection of performance data from your Tesla energy product, we will not be able to notify you of issues applicable to your energy product in real time, and this may result in your energy product suffering from reduced functionality, serious damage, or inoperability, and it may also disable many features of your energy product including periodic software and firmware updates.
How We May Use Information We Collect
We may use information we collect to communicate with you, to provide and improve our products and services, and for other purposes. Examples of how we use information for these purposes are provided below.
To communicate with you
We may use information we collect to communicate with you, such as:
- To respond to your inquiries and fulfill your requests, such as to send you newsletters or product information, information alerts, or brochures.
- To set up, evaluate, and provide feedback regarding your Tesla test drive.
- To advise you of important safety-related information or to notify first responders in the event of an accident involving your vehicle.
- To send administrative information to you, for example, information regarding the Services and changes to our terms, conditions, and policies.
- To present products and offers tailored to you and to enhance our lists with information from other sources.
- To allow you to participate in contests and similar promotions and to administer these activities.
- To facilitate social sharing and communications functionality.
Your communication choices:
- Receiving electronic communications from us or our affiliates: If you no longer want to receive marketing-related e-mails from us or our affiliates, you may opt out of receiving them by following the opt-out instructions in any e-mail received from us or by contacting us at the address below. Please note that we may still send you important administrative and safety messages even if you opt out of receiving marketing e-mails.
- Receiving marketing-related calls from us: If you receive a marketing-related call from us and do not want to receive similar calls in the future, simply ask to be placed on our “do not call” list. Please note that we may still call you regarding administrative, safety, or product service issues even if you opt out of receiving marketing calls.
To provide and improve our products and services
We may use information we collect to provide and improve our products and services, such as:
- To complete and fulfill your purchase, e.g., to process your payments, have your order delivered to you, communicate with you regarding your purchase, and provide you with related customer service.
- To provide service to your Tesla product, such as to contact you with service recommendations and to deliver over-the-air updates to your product.
- To monitor your Tesla product’s performance and provide services related to your product.
- To develop and promote new products and services, and to improve or modify our existing products and services.
- To analyze and improve the safety and security of our products and services.
- To deliver any other services you have requested.
For other purposes
We also may use information we collect for other purposes, such as:
- For our business purposes, such as: data analysis; audits; fraud monitoring and prevention; identifying usage trends; determining the effectiveness of our promotional campaigns; and operating and expanding our business activities.
- Except as described above and below, Tesla may use or share information that does not personally identify you for any purpose, such as for operational or research purposes, for industry analysis, to improve or modify our products and services, to better tailor our products and services to your needs, and where legally required.
How We May Share Information We Collect
We may share information we collect with our service providers and business partners, with other third parties you authorize, with other third parties when required by law, and in other circumstances. Examples of how we share information with these parties and under these circumstances are provided below.
With our service providers and business partners
We may share information with our service providers and business partners when necessary to perform services on our or on your behalf, such as in the following circumstances:
- With our third party service providers and channel partners to provide services such as website hosting, data analysis and storage, payment processing, order fulfillment and product installation, wireless connectivity to Tesla products, information technology and related infrastructure, customer service, product maintenance or related services, e-mail delivery, credit card processing, auditing, marketing, voice command processing, and other similar services.
- With other third party business partners to the extent that they are involved in your purchase or the service of your Tesla products. We share limited information from or about you to allow you to take advantage of those services if you elect to utilize them, with such partners as finance, leasing, registration, and title companies.
With other third parties you authorize
We may share information with other third parties you authorize, such as in the following circumstances:
- With our certified installers to facilitate the provision of energy products to you that you have requested.
- With third party service centers or providers, if you choose to utilize them. Note that some information about you is stored on certain Tesla products and may be accessible directly to the third party service centers or providers that you choose to utilize to diagnose or service your Tesla product.
- With third-party sponsors of contests and similar promotions, if you elect to participate.
With other third parties when required by law
Tesla may transfer and disclose information, including information that may or may not personally identify you, to third parties to comply with a legal obligation (including, but not limited to, subpoenas); when we believe in good faith that the law requires it; in response to a lawful request by governmental authorities conducting an investigation, including to comply with law enforcement requirements; to verify or enforce our policies and procedures; to respond to an emergency; to prevent or stop activity we may consider to be, or to pose a risk of being, illegal, unethical or legally actionable; or to protect the rights, property, safety, or security of the Services, Tesla, third parties, visitors to our Services, or the public, as determined by us in our sole discretion.
In other circumstances
We may share information in other circumstances, such as:
- With your employer or other fleet operator or the owner of the Tesla product, if you do not directly own it and as authorized under applicable law.
- With a third party in connection with any reorganization, merger, sale, joint venture, assignment, transfer, or other disposition of all or any portion of our business, assets, or stock (including in connection with any bankruptcy or similar proceedings).
We do not share information that personally identifies you with unaffiliated third parties for their marketing purposes unless you opt in to that sharing.
If you wish to opt out of any processing of information for which you have provided your prior explicit opt-in consent, you may do so by contacting us as indicated in the “How to Contact Us” section below.
Cross Border Transfers
Rights and Choices
As detailed in the sections above, we give you many choices regarding our collection, use, and sharing of information from or about you or your use of our products or the Services. Subject to applicable law, in certain jurisdictions you may also have the rights to request access to and receive information about certain information we maintain about you, update and correct inaccuracies in that information, and have the information blocked or deleted, as appropriate. These rights may be limited in some circumstances by local law. We give you several methods to access, correct, update, or request blocking or deletion of information from or about you including:
- You can access your My Tesla account to update the information from or about you in that account at any time.
- If you would like to review, correct, update, suppress, or delete information from or about you that has been previously provided to us by you, you may contact us at the address below.
In your request, please make clear what information you would like to have changed, whether you would like to have the information that you have provided to us suppressed from our database, or otherwise let us know what limitations you would like to put on our use of the information that you have provided to us. For your protection, we may only implement requests with respect to the information associated with the particular e-mail address that you use to send us your request, and we may need to verify your identity before implementing your request.
We will comply with your request(s) to exercise these rights and choices as soon as reasonably practicable.
Please note that we may need to retain certain information for recordkeeping or legal compliance purposes and/or to complete any transactions that you began prior to requesting such change or deletion (e.g., when you make a purchase or enter a promotion, you may not be able to change or delete the information provided until after the completion of such purchase or promotion). There may also be residual information that will remain within our databases and other records, which will not be removed.
We seek to use reasonable organizational, technical, and administrative measures to protect information within our organization. Unfortunately, no data transmission or storage system can be guaranteed to be 100% secure. If you have reason to believe that your interaction with us is no longer secure (for example, if you feel that the security of any account with us has been compromised), please immediately notify us of the problem by contacting us in accordance with the “How to Contact Us” section below.
If you sell or transfer your Tesla product to another person, please notify us so that we can determine whether additional steps are required to help safeguard information from or about you from disclosure to the purchaser or transferee of the Tesla product.
The Services are not directed to individuals under the age of sixteen (16), and we request that these individuals not provide any information to Tesla.
Please note that we are not responsible for the collection, use, or disclosure policies and practices (including the data security practices) of other organizations, such as any other app developer, app provider, social media platform provider, operating system provider, or wireless service provider, including any information you disclose to other organizations through or in connection with our software applications or social media pages.
Updates to this Policy
How to Contact Us
To contact us with a question or comment or to opt out from certain services, please contact us:
- via e‐mail at firstname.lastname@example.org;
- via mail at Tesla Motors, Inc., Attn: Legal, 45500 Fremont Boulevard, Fremont, California 94538, United States.
Please note that e-mail communications are not always secure, so please do not include credit card information or sensitive information in your e-mails to us.
Last Updated September 2016
Tesla Updates are emails that provide more information on Tesla Motors products, services, and regional events. We are requesting this consent on our own behalf and that of our regional subsidiaries. You can withdraw your consent to receive commercial electronic messages at any time by clicking "unsubscribe" at the bottom of these emails. Some emails directly related to a Tesla purchase cannot be opted out of.
Tesla Motors, Inc
45500 Fremont Boulevard
Fremont, CA 94538
On June 12, 2014, Tesla announced that it will not initiate patent lawsuits against anyone who, in good faith, wants to use its technology. Tesla was created to accelerate the advent of sustainable transport, and this policy is intended to encourage the advancement of a common, rapidly-evolving platform for electric vehicles, thereby benefiting Tesla, other companies making electric vehicles, and the world. These guidelines provide further detail as to how we are implementing this policy.
Tesla irrevocably pledges that it will not initiate a lawsuit against any party for infringing a Tesla Patent through activity relating to electric vehicles or related equipment for so long as such party is acting in good faith. Key terms of the Pledge are explained below.
Definition of Key Terms
"Tesla Patents" means all patents owned now or in the future by Tesla (other than a patent owned jointly with a third party or any patent that Tesla later acquires that comes with an encumbrance that prevents it from being subject to this Pledge). A list of Tesla Patents subject to the Pledge will be maintained at the following URL: https://www.teslamotors.com/about/legal#patent-list.
A party is "acting in good faith" for so long as such party and its related or affiliated companies have not:
- asserted, helped others assert or had a financial stake in any assertion of (i) any patent or other intellectual property right against Tesla or (ii) any patent right against a third party for its use of technologies relating to electric vehicles or related equipment;
- challenged, helped others challenge, or had a financial stake in any challenge to any Tesla patent; or
- marketed or sold any knock-off product (e.g., a product created by imitating or copying the design or appearance of a Tesla product or which suggests an association with or endorsement by Tesla) or provided any material assistance to another party doing so.
Transfer of Tesla Patents
Should Tesla ever transfer a Tesla Patent to a third party, it will do so only to a party that agrees, by means of a public declaration intended to be binding on such party, to provide the same protection that Tesla provided under the Pledge and to place the same requirement on any subsequent transferee.
The Pledge, which is irrevocable and legally binding on Tesla and its successors, is a "standstill," meaning that it is a forbearance of enforcement of Tesla’s remedies against any party for claims of infringement for so long as such party is acting in good faith. In order for Tesla to preserve its ability to enforce the Tesla Patents against any party not acting in good faith, the Pledge is not a waiver of any patent claims (including claims for damages for past acts of infringement) and is not a license, covenant not to sue, or authorization to engage in patented activities or a limitation on remedies, damages or claims. Except as expressly stated in the Pledge, no rights shall be deemed granted, waived or received by implication, exhaustion, estoppel or otherwise. Finally, the Pledge is not an indication of the value of an arms-length, negotiated license or a reasonable royalty.
What this pledge means is that as long as someone uses our patents for electric vehicles and doesn’t do bad things, such as knocking off our products or using our patents and then suing us for intellectual property infringement, they should have no fear of Tesla asserting its patents against them.
|AU 2008276398||Battery charging based on cost and life|
|CA 2608448||Method and apparatus for mounting, cooling, connecting and protecting batteries|
|CA 2645056||Battery pack and method for protecting batteries|
|CA 2655210||System and method for an efficient rotor for an electric motor|
|CA 2729480||Selective cure of adhesive in modular assemblies|
|CA 2736341||Thermal management system with dual mode coolant loops|
|CN ZL200880107602.X||Battery charging based on cost and life|
|CN ZL200880107604.9||Battery charging|
|CN ZL201110059278.2||Selective cure of adhesive in modular assemblies|
|CN ZL201110132287.X||Thermal management system with dual mode coolant loops|
|CN ZL201110111299.4||Trickle charger for high-energy storage systems|
|DE 602006031107.9||Method and apparatus for mounting, cooling, connecting and protecting batteries|
|DE 602008028434.4||Mitigation of propagation of thermal runaway in a multi-cell battery pack|
|DE 602008042184.8||Method and apparatus for identifying and disconnecting short-circuited battery cells within a battery pack|
|DE 602009003179.1||Varying flux versus torque for maximum efficiency|
|DE 602009005983.1||Improved heat dissipation for large battery packs|
|DE 602009013381.0||All wheel drive electric vehicle power assist drive system|
|DE 602009031035.6||Induction motor with improved torque density|
|DE 602009033635||Flux controlled motor management|
|DE 602010027662.7||Battery pack temperature optimization control system|
|DE 602010000742.1||User configurable vehicle user interface|
|DE 602010008000.5||Adaptive soft buttons for a vehicle user interface|
|DE 602010020070.1||Active thermal runaway mitigation system for use within a battery pack|
|DE 602010021211.4||Battery Pack Enclosure with Controlled Thermal Runaway Release System|
|DE 602010029456.0||Electric motor|
|DE 602010029457.9||Manufacturing method utilizing a dual layer winding pattern|
|DE 602010010295.5||Adaptive audible feedback cues for a vehicle user interface|
|DE 602011000601.0||Battery pack with cell-level fusing and method of using same|
|DE 602011007513.6||AC current control of mobile battery chargers|
|DE 602012000199.2||Charging efficiency using selectable isolation|
|DE 602012003275.8||Battery pack gas exhaust system|
|DE 602013000622.9||Park lock for narrow transmission|
|DE 602013002174.0||Host initiated state control of remote client in communications system|
|EP 1880433||Method and apparatus for mounting, cooling, connecting and protecting batteries|
|EP 2171824||Method and apparatus for identifying and disconnecting short-circuited battery cells within a battery pack|
|EP 2177390||Flux controlled motor management|
|EP 2181481||Mitigation of propagation of thermal runaway in a multi-cell battery pack|
|EP 2202871||Induction motor with improved torque density|
|EP 2213494||All wheel drive electric vehicle power assist drive system|
|EP 2226870||Improved heat dissipation for large battery packs|
|EP 2239811||Battery pack temperature optimization control system|
|EP 2244318||Battery pack enclosure with controlled thermal runaway release system|
|EP 2266201||Varying flux versus torque for maximum efficiency|
|EP 2302727||Active thermal runaway mitigation system for use within a battery pack|
|EP 2305506||Adaptive soft buttons for a vehicle user interface|
|EP 2305508||User configurable vehicle user interface|
|EP 2308713||Adaptive audible feedback cues for a vehicle user interface|
|EP 2388894||Electric motor|
|EP 2388895||Manufacturing method utilizing a dual layer winding pattern|
|EP 2416405||Battery pack with cell-level fusing and method of using same|
|EP 2498370||Charging efficiency using selectable isolation|
|EP 2506336||Battery pack gas exhaust system|
|EP 2587583||AC current control of mobile battery chargers|
|EP 2660112||Park lock for narrow transmission|
|EP 2663028||Host initiated state control of remote client in communications system|
|FR 2181481||Mitigation of propagation of thermal runaway in a multi-cell battery pack|
|FR 2202871||Induction motor with improved torque density|
|FR 2226870||Improved heat dissipation for large battery packs|
|FR 2266201||Varying flux versus torque for maximum efficiency|
|FR 2302727||Active thermal runaway mitigation system for use within a battery pack|
|FR 2305506||Adaptive soft buttons for a vehicle user interface|
|FR 2305508||User configurable vehicle user interface|
|FR 2308713||Adaptive audible feedback cues for a vehicle user interface|
|FR 2416405||Battery pack with cell-level fusing and method of using same|
|FR 2498370||Charging efficiency using selectable isolation|
|FR 2506336||Battery pack gas exhaust system|
|FR 2244318||Battery pack enclosure with controlled thermal runaway release system|
|FR 2660112||Park lock for narrow transmission|
|FR 2587583||AC current control of mobile battery chargers|
|GB 2181481||Mitigation of propagation of thermal runaway in a multi-cell battery pack|
|GB 2202871||Induction motor with improved torque density|
|GB 2266201||Varying flux versus torque for maximum efficiency|
|GB 2226870||Improved heat dissipation for large battery packs|
|GB 2305506||Adaptive soft buttons for a vehicle user interface|
|GB 2305508||User configurable vehicle user interface|
|GB 2308713||Adaptive audible feedback cues for a vehicle user interface|
|GB 2416405||Battery pack with cell-level fusing and method of using same|
|GB 2498370||Charging efficiency using selectable isolation|
|GB 2506336||Battery pack gas exhaust system|
|GB 2587583||AC current control of mobile battery chargers|
|GB 2244318||Battery pack enclosure with controlled thermal runaway release system|
|GB 2302727||Active thermal runaway mitigation system for use within a battery pack|
|GB 2660112||Park lock for narrow transmission|
|HK 1191160||Host initiated state control of remote client in communications system|
|JP 4915969||Battery pack temperature optimization control system|
|JP 4931161||Battery charging|
|JP 4972176||Intelligent temperature control system for extending battery pack life|
|JP 5055347||Multi-mode charging system for electric vehicle|
|JP 5081962||Adaptive soft button for a vehicle user interface|
|JP 5088976||Battery charging based on cost and life|
|JP 5119302||Active thermal runaway mitigation system for use within battery pack|
|JP 5184576||Integrated battery pressure relaxing portion and terminal isolation system|
|JP 5216829||Adaptive vehicle user interface|
|JP 5235942||Method and device for maintaining completeness of cell wall using high yield strength external sleeve|
|JP 5237342||Method for determining dc impedance of battery|
|JP 5258871||System for improving cycle lifetime for lithium-ion battery pack and battery cell pack charging system|
|JP 5274246||Method and apparatus for mounting, cooling, connecting and protecting batteries|
|JP 5285662||Battery pack having resistance to propagation of thermal runaway of cell|
|JP 5306426||Battery pack provided with fuse at cell level and method for using the same|
|JP 5325259||Thermal management system with dual mode coolant loops|
|JP 5325844||Preventing of thermal runaway of cell using double expansible material layers|
|JP 5372128||System for absorbing and diffusing side impact energy using battery pack|
|JP 5416664||Battery cell charging system using adjustable voltage control|
|JP 5529191||Apparatus for improving charging efficiency using selectable isolation|
|JP 5548149||Triple layer winding pattern, and methods of manufacturing same|
|JP 5608881||AC Current Control of Mobile Battery Chargers|
|JP 5603902||A Battery Pack Dehumidification System and the Method of Controlling the Humidity of a Battery Pack|
|JP 5680411||Method of deactivating faulty battery cells|
|JP 5671368||Selective cure of adhesive in modular assembly|
|JP 5749200||Battery pack gas exhaust system|
|JP 5837464||Charge disruption monitoring and notification system|
|KR 1195077||Thermal management system with dual mode coolant loops|
|US 7404720||Electro mechanical connector for use in electrical applications|
|US 7433794||Mitigation of propagation of thermal runaway in a multi-cell battery pack|
|US 7489057||Liquid cooled rotor assembly|
|US 7579725||Liquid cooled rotor assembly|
|US 7602145||Method of balancing batteries|
|US 7622897||Multi-mode charging system for an electric vehicle|
|US 7629772||Multi-mode charging system for an electric vehicle|
|US 7629773||Multi-mode charging system for an electric vehicle|
|US 7667432||Method for interconnection of battery packs and battery assembly containing interconnected battery packs|
|US 7671565||Battery pack and method for proctecting batteries|
|US 7671567||Multi-mode charging system for an electric vehicle|
|US 7683570||Systems, methods, and apparatus for battery charging|
|US 7683575||Method and apparatus for identifying and disconnecting short-circuited battery cells within a battery pack|
|US 7698078||Electric vehicle communication interface|
|US 7719232||Method for battery charging based on cost and life|
|US 7736799||Method and apparatus for maintaining cell wall integrity during thermal runaway using an outer layer of intumescent material|
|US 7739005||Control system for an all-wheel drive electric vehicle|
|US 7741750||Induction motor with improved torque density|
|US 7741816||System and method for battery preheating|
|US 7742852||Control system for an all-wheel drive electric vehicle|
|US 7747363||Traction control system for an electric vehicle|
|US 7749647||Method and apparatus for maintaining cell wall integrity during thermal runaway using a high yield strength outer sleeve|
|US 7749650||Method and apparatus for maintaining cell wall integrity during thermal runaway using multiple cell wall layers|
|US 7755329||Battery charging time optimization system based on battery temperature, cooling system power demand, and availability of surplus external power|
|US 7763381||Cell thermal runaway propagation resistance using dual intumescent material layers|
|US 7781097||Cell thermal runaway propagation resistance using an internal layer of intumescent material|
|US 7782021||Battery charging based on cost and life|
|US 7786704||System for battery charging based on cost and life|
|US 7789176||Electric vehicle thermal management system|
|US 7820319||Cell thermal runaway propagation resistant battery pack|
|US 7821224||Voltage estimation feedback of overmodulated signal for an electrical vehicle|
|US 7841431||Electric vehicle thermal management system|
|US 7847501||Varying flux versus torque for maximum efficiency|
|US 7890218||Centralized multi-zone cooling for increased battery efficiency|
|US 7911184||Battery charging time optimization system|
|US 7923144||Tunable frangible battery pack system|
|US 7928699||Battery charging time optimization system|
|US 7939192||Early detection of battery cell thermal event|
|US 7940028||Thermal energy transfer system for a power source utilizing both metal-air and non-metal-air battery packs|
|US 7956574||System and method for interconnection of battery packs|
|US 7960928||Flux controlled motor management|
|US 8004243||Battery capacity estimating method and apparatus|
|US 8008827||Manufacturing method utilizing a dual layer winding pattern|
|US 8018113||AC motor winding pattern|
|US 8044786||Systems and methods for diagnosing battery voltage mis-reporting|
|US 8049460||Voltage dividing vehicle heater system and method|
|US 8054038||System for optimizing battery pack cut-off voltage|
|US 8057630||Selective cure of adhesive in modular assemblies|
|US 8057928||Cell cap assembly with recessed terminal and enlarged insulating gasket|
|US 8059007||Battery thermal event detection system using a thermally interruptible electrical conductor|
|US 8063757||Charge state indicator for an electric vehicle|
|US 8069555||Manufacturing method utilizing a dual layer winding pattern|
|US 8076016||Common mode voltage enumeration in a battery pack|
|US 8078359||User configurable vehicle user interface|
|US 8082743||Battery pack temperature optimization control system|
|US 8088511||Cell cap assembly with recessed terminal and enlarged insulating gasket|
|US 8092081||Battery thermal event detection system using an optical fiber|
|US 8095278||Interface for vehicle function control via a touch screen|
|US 8117857||Intelligent temperature control system for extending battery pack life|
|US 8122590||Manufacturing method utilizing a dual layer winding pattern|
|US 8124263||Corrosion resistant cell mounting well|
|US 8125324||Charge state indicator for an electric vehicle|
|US 8133287||Method of controlled cell-level fusing within a battery pack|
|US 8133608||Battery pack with cell-level fusing|
|US 8137833||Condensation-induced corrosion resistant cell mounting well|
|US 8153290||Heat dissipation for large battery packs|
|US 8154166||Dual layer winding pattern|
|US 8154167||Manufacturing method utilizing a dual layer winding pattern|
|US 8154256||Battery thermal event detection system using an electrical conductor with a thermally interruptible insulator|
|US 8168315||Battery thermal event detection system utilizing battery pack isolation monitoring|
|US 8173295||Method and apparatus for battery potting|
|US 8178227||Battery thermal event detection system utilizing battery pack isolation monitoring|
|US 8180512||Efficient dual source battery pack system for an electric vehicle|
|US 8190320||Efficient dual source battery pack system for an electric vehicle|
|US 8216502||Method for the external application of battery pack encapsulant|
|US 8241772||Integrated battery pressure relief and terminal isolation system|
|US 8242739||Leakage current reduction in combined motor drive and energy storage recharge system|
|US 8247097||Battery pack dehumidifier with active reactivation system|
|US 8263250||Liquid cooling manifold with multi-function thermal interface|
|US 8263254||Cell with an outer layer of intumescent material|
|US 8268469||Battery pack gas exhaust system|
|US 8277965||Battery pack enclosure with controlled thermal runaway release system|
|US 8286743||Vehicle battery pack ballistic shield|
|US 8293393||Apparatus for the external application of battery pack encapsulant|
|US 8298692||Collection, storage and use of metal-air battery pack effluent|
|US 8304108||Method and apparatus for maintaining cell wall integrity using a high yield strength outer sleeve|
|US 8313850||Battery pack pressure monitoring system for thermal event detection|
|US 8322393||Selective cure of adhesive in modular assemblies|
|US 8324863||Trickle charger for high-energy storage systems|
|US 8336319||Thermal management system with dual mode coolant loops|
|US 8346419||Operation of a range extended electric vehicle|
|US 8353545||Compact energy absorbing vehicle crash structure|
|US 8361642||Battery pack enclosure with controlled thermal runaway release system|
|US 8361649||Method and apparatus for maintaining cell wall integrity using a high yield strength outer casing|
|US 8365392||System and method for an efficient rotor for an electric motor|
|US 8367233||Battery pack enclosure with controlled thermal runaway release system|
|US 8367239||Cell separator for minimizing thermal runaway propagation within a battery pack|
|US 8389139||Integrated battery pressure relief and terminal isolation system|
|US 8389142||Method and apparatus for the external application of a battery pack adhesive|
|US 8393427||Vehicle battery pack ballistic shield|
|US 8402776||Thermal management system with dual mode coolant loops|
|US 8421469||Method and apparatus for electrically cycling a battery cell to simulate an internal short|
|US 8423215||Charge rate modulation of metal-air cells as a function of ambient oxygen concentration|
|US 8424960||Front rail configuration for the front structure of a vehicle|
|US 8428806||Dual mode range extended electric vehicle|
|US 8441826||Fast switching for power inverter|
|US 8445126||Hazard mitigation through gas flow communication between battery packs|
|US 8448696||Thermal management system with dual mode coolant loops|
|US 8448966||Vehicle front shock tower|
|US 8449015||Method of controlling a dual hinged vehicle door|
|US 8449997||Thermal energy transfer system for a power source utilizing both metal-air and non-metal-air battery packs|
|US 8450966||Method of operating a recharging system utilizing a voltage dividing heater|
|US 8450974||Electric vehicle extended range hybrid battery pack system|
|US 8453770||Dual motor drive and control system for an electric vehicle|
|US 8463480||Dual mode range extended electric vehicle|
|US 8463481||Dual mode range extended electric vehicle|
|US 8471521||Electric vehicle extended range hybrid battery pack system|
|US 8481191||Rigid cell separator for minimizing thermal runaway propagation within a battery pack|
|US 8493018||Fast switching for power inverter|
|US 8493032||Bidirectional polyphase multimode converter including boost and buck-boost modes|
|US 8511738||Dual hinged vehicle door|
|US 8511739||Control system for use with a dual hinged vehicle door|
|US 8511745||Integrated energy absorbing vehicle crash structure|
|US 8534703||Dynamic anti-whiplash apparatus and method|
|US 8536825||State of charge range|
|US 8539990||Vehicle port door with wirelessly actuated unlatching assembly|
|US 8541126||Thermal barrier structure for containing thermal runaway propagation within a battery pack|
|US 8541127||Overmolded thermal interface for use with a battery cooling system|
|US 8543270||Efficient dual source battery pack system for an electric vehicle|
|US 8552693||Low temperature charging of li-ion cells|
|US 8555659||Method for optimizing battery pack temperature|
|US 8557414||Control, collection and use of metal-air battery pack effluent|
|US 8557415||Battery pack venting system|
|US 8557416||Battery pack directed venting system|
|US 8567849||Dual load path design for a vehicle|
|US 8567855||Bumper mounting plate for double channel front rails|
|US 8567856||Swept front torque box|
|US 8572837||Method for making an efficient rotor for an electric motor|
|US 8573683||Front rail reinforcement system|
|US 8574732||Hazard mitigation within a battery pack using metal-air cells|
|US 8579635||Funnel shaped charge inlet|
|US 8585131||Rear vehicle torque box|
|US 8618775||Detection of over-current in a battery pack|
|US 8626369||Charge rate modulation of metal-air cells as a function of ambient oxygen concentration|
|US 8627534||Cleaning feature for electric charging connector|
|US 8627860||Fuel coupler with wireless port door unlatching actuator|
|US 8629657||State of charge range|
|US 8638063||AC current control of mobile battery chargers|
|US 8638069||Bidirectional polyphase multimode converter including boost and buck-boost modes|
|US 8643330||Method of operating a multiport vehicle charging system|
|US 8643342||Fast charging with negative ramped current profile|
|US 8647763||Battery coolant jacket|
|US 8651875||Electromechanical pawl for controlling vehicle charge inlet access|
|US 8659270||Battery pack overcharge protection system|
|US 8663824||Battery pack exhaust nozzle utilizing an sma seal retainer|
|US 8664907||Fast switching for power inverter|
|US 8672398||In-line outer sliding panorama sunroof tracks|
|US 8686288||Power electronics interconnection for electric motor drives|
|US 8696051||System for absorbing and distributing side impact energy utilizing a side sill assembly with a collapsible sill insert|
|US 8702161||System for absorbing and distributing side impact energy utilizing an integrated battery pack and side sill assembly|
|US 8708404||Sunroof utilizing two independent motors|
|US 8720968||Charge port door with electromagnetic latching assembly|
|US 8754614||Fast charging of battery using adjustable voltage control|
|US 8757709||Reinforced b-pillar assembly with reinforced rocker joint|
|US 8758924||Extruded and ribbed thermal interface for use with a battery cooling system|
|US 8760898||Fast switching for power inverter|
|US 8761985||Method of operating a dual motor drive and control system for an electric vehicle|
|US 8765276||Common mode voltage enumeration in a battery pack|
|US 8771013||High voltage cable connector|
|US 8773058||Rotor temperature estimation and motor control torque limiting for vector-controlled AC induction motors|
|US 8773066||Method and apparatus for extending lifetime for rechargeable stationary energy storage devices|
|US 8778519||Battery pack exhaust nozzle|
|US 8803470||Electric vehicle extended range hybrid battery pack system|
|US 8803471||Electric vehicle extended range hybrid battery pack system|
|US 8807637||Angled front hood sealing assembly|
|US 8807642||Mechanism components integrated into structural sunroof framework|
|US 8807643||Sunroof mechanism linkage with continuous one part guide track|
|US 8807644||Sunroof positioning and timing elements|
|US 8807807||Illumination apparatus for vehicles|
|US 8810198||Multiport vehicle dc charging system with variable power distribution according to power distribution rules|
|US 8810208||Charging efficiency using selectable isolation|
|US 8817892||Redundant multistate signaling|
|US 8818624||Adaptive soft buttons for a vehicle user interface|
|US 8819162||Host communications architecture|
|US 8833499||Integration system for a vehicle battery pack|
|US 8861337||Robust communications in electrically noisy environments|
|US 8862414||Detection of high voltage electrolysis of coolant in a battery pack|
|US 8866444||Methodology for charging batteries safely|
|US 8867180||Dynamic current protection in energy distribution systems|
|US 8875828||Vehicle battery pack thermal barrier|
|US 8887398||Extruded member with altered radial fins|
|US 8892299||Vehicle user interface with proximity activation|
|US 8899492||Method of controlling system temperature to extend battery pack life|
|US 8901885||Low temperature fast charge|
|US 8906541||Battery module with integrated thermal management system|
|US 8907629||Electric vehicle battery lifetime optimization operational mode|
|US 8932739||Battery pack configuration to reduce hazards associated with internal short circuits|
|US 8933661||Integrated inductive and conductive electrical charging system|
|US 8934999||Robotic processing system and method|
|US 8935053||Power release hood latch method and system|
|US 8960781||Single piece vehicle rocker panel|
|US 8963494||Charge rate optimization|
|US 8965721||Determining battery DC impedance|
|US 8968949||Method of withdrawing heat from a battery pack|
|US 8970147||Traction motor controller with dissipation mode|
|US 8970173||Electric vehicle battery lifetime optimization operational mode|
|US 8970182||Fast charging of battery using adjustable voltage control|
|US 8970237||Wire break detection in redundant communications|
|US 8973965||Folding and stowing rear-facing vehicle seat|
|US 9030063||Thermal management system for use with an integrated motor assembly|
|US 9035203||Electrical interface interlock system|
|US 9040184||Battery pack dehumidifier with active reactivation system|
|US 9043623||Host initiated state control of remote client in communications system|
|US 9045030||System for absorbing and distributing side impact energy utilizing an integrated battery pack|
|US 9046580||Battery thermal event detection system utilizing battery pack isolation monitoring|
|US 9065103||Battery mounting and cooling system|
|US 9079498||Morphing vehicle user interface|
|US 9080352||Controller apparatus and sensors for a vehicle door handle|
|US 9083064||Battery pack pressure monitoring system for thermal event detection|
|US 9093726||Active thermal runaway mitigation system for use within a battery pack|
|US 9103143||Door handle apparatus for vehicles|
|US 9151089||Controller apparatus and sensors for a vehicle door handle|
|US 9153990||Steady state detection of an exceptional charge event in a series connected battery element|
|US 9162586||Control system for an all-wheel drive electric vehicle|
|US 9182438||Wire break detection in redundant communications|
|US 9197091||Charge rate optimization|
|US 9209631||Charge rate modulation of metal-air cells as a function of ambient oxygen concentration|
|US 9221343||Pyrotechnic high voltage battery disconnect|
|US 9225197||Charging efficiency using variable isolation|
|US 9250020||Active louver system for controlled airflow in a multi-function automotive radiator and condenser system|
|US 9252400||Battery cap assembly with high efficiency vent|
|US 9257729||Response to over-current in a battery|
|US 9257825||Power electronics interconnection for electric motor drives|
|US 9263901||Secondary service port for high voltage battery packs|
|US 9272595||Controlling a compressor for air suspension of electric vehicle|
|US 9278607||Air outlet directional flow controller with integrated shut-off door|
|US 9293792||Self-activated drain system|
|US D660219||Vehicle wheel front face|
|US D660767||Vehicle wheel front face|
|US D669008||Vehicle wheel front face|
|US D672307||Vehicle integrated display and mount|
|US D673393||Vehicle seat mount|
|US D678154||Vehicle door|
|US D694188||Vehicle charge connector|
|US D724031||Vehicle charge inlet|
|US D735660||Electric-vehicle connector post|
|US D749503||Electric-vehicle connector post|
|US RE44994||Augmented vehicle seat mount|
Copyright 2002-2016 Tesla Motors, Inc. All Rights Reserved. The text, images, graphics, sound files, animation files, video files and their arrangement on Tesla Motors, Inc. internet sites are all subject to copyright and other intellectual property protection. These objects may not be copied for commercial use or distribution, nor may these objects be modified or reposted. Some Tesla Motors, Inc. internet sites also contain material that is subject to the copyright rights of their providers.
All prices specified are recommended retail prices. Prices are current at the time of publication and subject to change without notice.
Unless otherwise indicated, all marks displayed on Tesla Motors, Inc. internet sites are subject to the trademark rights of Tesla Motors, Inc., including, but not limited to, model name plates and corporate logos and emblems.
Tesla Motors, Inc. strives to achieve innovative and informative internet sites. Tesla Motors, Inc. hopes that you will be as enthusiastic as we are about this creative effort. However, Tesla Motors, Inc. must protect its intellectual property, including its patents, trademarks and copyrights. Accordingly, please be on notice that neither these internet sites, nor any material contained therein shall in any way grant or be taken to grant any person a license to Tesla Motors, Inc.'s intellectual property.
Cautions Regarding Forward-Looking Statements
Internet pages, investor relations releases, outlooks, presentations, audio and video files of events (live or recorded) and other documents on these internet sites contain among other things forward-looking statements that reflect management's current views with respect to future events. The words "anticipate", "assume", "believe", "estimate", "expect", "intend", "may", "plan", "project" and "should" and similar expressions identify forward-looking statements. Such statements are subject to risks and uncertainties, including, but not limited to: changes in currency exchange rates, interest rates and in raw material prices; introduction of competing products; increased sales incentives; and decline in resale prices of used vehicles.
No Warranties Or Representations
THE INFORMATION ON THESE INTERNET SITES IS PROVIDED BY TESLA MOTORS, INC. "AS IS" AND TO THE EXTENT PERMITTED BY LAW, IS PROVIDED WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR ANY PARTICULAR PURPOSE, OR NON INFRINGEMENT. WHILE THE INFORMATION PROVIDED IS BELIEVED TO BE ACCURATE, IT MAY INCLUDE ERRORS OR INACCURACIES.
THESE INTERNET SITES MAY CONTAIN LINKS TO EXTERNAL SITES WHICH ARE NOT UNDER THE CONTROL OF TESLA MOTORS, INC. THEREFORE WE ARE NOT RESPONSIBLE FOR THE CONTENT OF ANY LINKED SITE. TESLA MOTORS, INC. IS PROVIDING THESE LINKS TO YOU ONLY AS A CONVENIENCE, AND THE INCLUSION OF ANY LINK DOES NOT IMPLY ENDORSEMENT BY TESLA MOTORS, INC. OF THE LINKED SITE.
Payment Terms for Services
These Terms of Service describe your agreement to pay for future services and charges. Tesla may amend these terms and any changes are effective when posted to this page.
In consideration of others who need to use a Supercharger, we ask that you move your vehicle when it is finished charging. To encourage this, you will incur an idle fee for the time your car remains parked in a charging stall after it is finished charging. We will waive the idle fee if your car is moved within five minutes after it is finished charging, and the idle fee will not accumulate while less than half of the charging stalls at your location are occupied. All vehicles are subject to idle fees, regardless of when your vehicle was purchased. To avoid idle fees, we recommend you monitor your vehicle while using a Supercharger and encourage you to use the Tesla mobile app to track your vehicle’s charge status.
Idle fees are incurred on a per minute basis. The idle fee rate for each location may change from time to time, and the latest information is provided in the map pin pop-up (accessible through the navigation application on your vehicle touchscreen) or on a sign at the Supercharger location, and on our webpage. For additional information, please see our idle fee support page and address other inquiries to ServiceHelpAPAC@tesla.com.
Pay Per Use
All vehicles ordered after January 15, 2017, and vehicles ordered by January 15, 2017 but built after April 15, 2017, are enabled for Supercharging on a pay per use basis. Any credits for free Supercharging that are given with the purchase of a vehicle, including any annual renewal of credits, expire upon the sale or transfer of the vehicle and are not transferable to any subsequent vehicle owner, or to any other vehicle. Credits for Supercharging expire after a set period of time and do not rollover into future periods.
Pay per use billing is on a per kilowatt hour basis in jurisdictions where this is feasible, and as a service fee on a per minute basis in other jurisdictions. The pay per use billing unit and rate for each location may change from time to time, and the latest information is provided in the map pin pop-up (accessible through the navigation application on your vehicle touchscreen) or on a sign at the Supercharger location, and on our webpage. For additional information, please see our Supercharger support page and address other inquiries to ServiceHelpAPAC@tesla.com.
Click here to check if your car is affected by a recall.
Human Rights And Conflict Minerals Policy
Tesla expects our suppliers to conduct their worldwide operations in responsible manner in adherence of this policy and the principles enumerated herein. Tesla works collaboratively with our suppliers to encourage compliance with the following principles:
Legal And Regulatory Compliance
Tesla suppliers are to ensure their operations and the products and services supplied to Tesla comply with all national and other applicable laws and regulations.
Tesla's suppliers are expected to use reasonable efforts to ensure that parts and products supplied to Tesla are DRC "conflict-free," meaning that such conflict minerals do not benefit armed groups in the Democratic Republic of the Congo. Conflict-free means such parts and supplies do not contain metals derived from "conflict minerals" which are defined as:
|(iv)||wolframite (tungsten); and|
|(v)||any derivatives of the above.|
The goal of this policy is to ensure that Tesla's products do not directly or indirectly finance or benefit armed groups through mining or mineral trading in the DRC and adjoining countries. Tesla requires its suppliers to establish policies, due diligence frameworks, and management systems, consistent with the OECD Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas, that are designed to accomplish this goal. Tesla expects its suppliers to stay up-to-date with and to use validated conflict free smelters and refiners assessed by the Conflict-Free Sourcing Initiative and similar organizations. Tesla performs ongoing due diligence and files annual reports with the U.S. Securities and Exchange Commission in accordance with the Dodd-Frank Wall Street Reform and Consumer Protection Act.
Tesla is committed to ensuring that its suppliers do not use slave labor or engage in human trafficking. Tesla does not, and will not, tolerate the use of slave labor in the manufacture of its products and does not, and will not, accept products or services from suppliers that engage in human trafficking in any form. Human trafficking and slavery are crimes under state, federal and international law. These crimes exist in countries throughout the world.
Tesla will do the following to ensure compliance by its suppliers with this policy as required by law and as needed:
- Evaluate its supply chain to address risks related to conflict minerals, human trafficking and slavery;
- Audit suppliers, to evaluate supplier compliance with Tesla's Human Rights and Conflict Minerals Policy;
- Require direct suppliers to certify that materials incorporated into Tesla products comply with the laws regarding conflict minerals, slavery and human trafficking of the country or countries in which they are doing business;
- Discipline employees or contractors, including potential termination of contract, who fail to meet Tesla's Human Rights and Conflict Minerals Policy;
- Train certain Tesla employees regarding conflict minerals, human trafficking and slavery, particularly with respect to mitigating risks within the Tesla's supply chain;
- Investigate if Tesla has a reasonable basis to believe that a Tesla supplier is engaging in human trafficking, slave labor, or use of conflict minerals; and
- Transition away from purchasing goods or services from any supplier that is believed to be engaging in human trafficking, slave labor, or use of conflict minerals if the supplier does not take corrective actions within a reasonable period of time.
You may contact Tesla's Board of Directors to provide comments or to report concerns. Please write to:
3500 Deer Creek Rd.
Palo Alto, CA 94304
You may submit your concern anonymously or confidentially by postal mail. You may also indicate whether you are a shareholder, customer, supplier, or other interested party.
You may also provide comments or report concerns by email to: email@example.com.
Tesla Conflict Minerals Report
* This report has been filed to comply with the reporting period for the year ended December 31, 2015.
The goal of Tesla is to accelerate the advent of sustainable transport by bringing compelling electric cars to the mass market.
Overview of Tesla
We design, develop, manufacture and sell high-performance fully electric vehicles and energy storage products. We have established our own network of vehicle sales and service centers and Supercharger stations globally to accelerate the widespread adoption of electric vehicles. Our vehicles, electric vehicle engineering expertise, and business model differentiates us from incumbent automobile manufacturers.
In 2015, we produced and sold two fully electric vehicles, the Model S sedan and the Model X sport utility vehicle (SUV). Both vehicles offer exceptional performance, functionality and attractive styling. We commenced customer deliveries of Model X in the third quarter of 2015. In addition to developing our own vehicles, we sell energy storage products. We recently announced the next generation of our energy storage products, the 7 kWh for residential applications and the 100 kWh Powerpack for commercial and industrial applications. We began production and deliveries of these products, which we market under the Tesla Energy brand, in the third quarter of 2015.
Tesla's Supply Chain
Our vehicles use over 3,000 purchased parts which we source globally from over 350 suppliers. We have developed close relationships with several key suppliers particularly in the procurement of cells and certain other key system parts. Our complex supply chain is a unique hybrid of the traditional automotive and high tech industries and encompasses suppliers from around the world. Most of our Tier 1 suppliers (i.e., direct suppliers) do not purchase raw materials directly and must rely on their downstream suppliers and sub-suppliers to determine the origin of their raw materials. Therefore, reliably determining the origin is a difficult task, and our suppliers are highly dependent on the information provided to them by their suppliers and sub-suppliers which are often far removed from the direct smelter or refiner. Additionally, many of our suppliers are not directly subject to the same conflict minerals law and regulations as we are.
Our Tier 1 suppliers are required to register and complete the domestic and international material compliance requirements in the International Material Data System (“IMDS”) to meet European Union and other international material and environmental related regulations. This requirement is mandated for all suppliers who supply their products or raw materials to us as part of our production part approval process.
This supplier-provided data is collected from IMDS and managed by our supply chain team and is the starting point for our conflict minerals due diligence efforts. In addition to the material requirements above, we refined our sourcing process to require our Tier 1 suppliers to fully disclose material sourcing of certain materials as specified in supply chain purchasing contracts.
Ensuring Supplier Compliance
We released a human rights and conflict minerals policy in 2013 and updated it in 2015. Tesla is committed to sourcing responsibly and considers mining activities that fuel conflict as unacceptable. Tesla’s suppliers are expected to use reasonable efforts to ensure that parts and products supplied to Tesla are DRC “conflict-free,” meaning that such conflict minerals do not benefit armed groups in the Democratic Republic of the Congo. Conflict-free means such parts and supplies do not contain metals derived from "conflict minerals" which are defined as:
|(v)||any derivatives of the above|
The goal of this policy is to ensure that Tesla's products do not directly or indirectly finance or benefit armed groups through mining or mineral trading in the DRC and adjoining countries. Tesla requires its suppliers to establish policies, due diligence frameworks, and management systems consistent with the OECD Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas. Tesla expects its suppliers to stay up-to-date with and to use validated conflict free smelters and refiners assessed by the Conflict-Free Sourcing Initiative and similar organizations. Tesla performs ongoing due diligence and files annual reports with the U.S. Securities and Exchange Commission in accordance with the Dodd-Frank Wall Street Reform and Consumer Protection Act.
For more information regarding Tesla’s Human Rights and Conflict Minerals Policy, visit http://www.teslamotors.com/about/legal.
Tesla’s Conflicts Mineral Policy also includes a grievance mechanism where concerned parties may contact Tesla’s Board of Directors and provide comments about Conflict Minerals and other sourcing matters.
The Recognized Framework used to develop Due Diligence Framework
Our conflict minerals process and policy are designed to conform in all material respects with the Organization for Economic Co-operation and Development Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas (“OECD Guidance”).
Description of Due Diligence Performed on the Source and Chain of Custody of those Conflict Minerals
Step 1: Establish strong company management systems
As noted above, Tesla has adopted a human rights and conflict minerals policy. The policy was reviewed and updated in December 2015. Our supplier manuals also address conflict minerals and state our expectation that all Tesla suppliers are accountable for performing due diligence on their mineral supply chains in accordance with the OECD Guidance. Our contractual terms with suppliers (i.e., General Terms and Conditions) include verbiage that provides the expectation that all Tesla suppliers are accountable for performing conflict minerals due diligence aligned with the OECD Guidance as required by Section 1502 of the Dodd-Frank Wall Street Reform and Consumer Protection Act.
We maintain a small team within our supply chain personnel to lead the due diligence efforts. Our internal cross-functional “Steering Committee” composed of Tesla management from Supply Chain, Accounting and Legal oversees the due diligence efforts and potential risks and issues within our supply base. We use the Conflict-Free Sourcing Initiative (“CFSI”) Reporting Template (“CMRT”) to query at risk Tier 1 suppliers to identify smelters in congruence with the OECD Guidance.
We are using the automotive industry standard International Material Data System (“IMDS”) to help determine which suppliers are at risk for conflict minerals for all Tesla products. From that database, we review the existing supplier base annually to include newly added suppliers and existing suppliers who provide products to Tesla, to determine which Tier 1 suppliers are likely to supply a product with a conflict mineral (Gold, Tantalum, Tin, Tungsten, or “3TG”). For any Tier 1 supplier which has products that are determined to be highly unlikely to provide 3TG, we do not pursue additional conflict minerals due diligence and do not include that supplier in the Reasonable Country of Origin Inquiry (“RCOI”).
Step 2: Identify and assess risk in the supply chain
We sent out an inquiry letter to the Tier 1 suppliers which have products not determined to be “highly unlikely” to provide 3TG based on our data analysis from IMDS. Suppliers were given approximately one month to respond to this letter and submit their CMRT. Any suppliers that did not respond were queried again and given additional time to respond. We continually reached out to in-scope suppliers on a monthly basis towards the end of 2015 to receive the most up-to-date report.
Any concerns with supplier responses throughout data collection were brought to the attention of a member of, or the entire, Tesla Motors Conflict Minerals Steering Committee for further review and action. Suppliers who did not respond were brought to the attention of a Steering Committee member for escalation.
In addition, we continued to engage with other manufacturing companies in Silicon Valley to discuss conflict minerals activities across multiple industries. This Silicon Valley Conflict Minerals Forum has been instrumental in developing an aligned strategy and approach to the conflict minerals due diligence challenge. Tesla regularly participates, hosts gatherings, and encourages participation in the forum from neighboring peers.
Step 3: Design and implement a strategy to respond to identified risks
We performed risk-based assessments on all Tier 1 and potential Tier 1 suppliers as part of our sourcing process and through IMDS we identified which direct suppliers were highly likely to supply products that contain 3TG. Based on this supplier list, we conducted a supply chain survey using the CMRT, requesting Tier 1 suppliers to identify smelters and refiners and country of origin of the conflict minerals. Using the CMRT, we received reports back on Tier 1 supplier progress and collected the determined list of smelters used in the supply chain. We followed up with suppliers that did not respond to the original request for information with further inquiries and deadlines.
We performed documentation review of the smelters and refiners identified by the Tier 1 suppliers using the CMRT and made further inquiries to suppliers if we needed more clarification. We developed an in-house template to track the progress and response rate to determine next steps and escalation as necessary. We reported progress at each internal Steering Committee meeting and collected feedback from the Steering Committee regarding further actions to take.
Step 4: Carry out independent third-party audit of supply chain due diligence at identified points in the supply chain
We support the Conflict-Free Sourcing Initiative’s outreach efforts and Conflict-Free Smelter Program’s (“CFSP”) smelter audits through our membership. We reserve the right to ask any high risk Tier 1 supplier to audit their supply chain conflict minerals due diligence using a 3rd party independent auditor.
As outlined in the OECD Guidance, the internationally recognized standard on which our company’s system is based, we support an industry initiative that audits smelters’ and refiners’ due diligence activities. That industry initiative is the EICC and GeSI’s Conflict-Free Sourcing Initiative. The data on which we relied for certain statements in this declaration was obtained through our membership in the CFSI, using the Reasonable Country of Origin Inquiry report for member TSLA.
Step 5: Report on supply chain due diligence
We report on our due diligence efforts as required by law.
Steps Tesla Plans to Take to Mitigate the Risk that Necessary Conflict Minerals Benefit Armed Groups, Including Any Steps to Improve Tesla’s Due Diligence – 2016 focus
In 2016, we plan to continue our inquiry method and utilize the CFSI’s CMRT to collect and report on due diligence activities with our supply base. We will perform a new review of our suppliers who are determined to be highly likely to source 3TG. We plan to continue participation in our Silicon Valley Conflict Minerals Forum and work together with our industry peers to better understand the developments from our joint due diligence efforts. Supplier education is important to our efforts to collect reliable feedback, and we plan to better provide details on our conflict minerals due diligence efforts to our Tier 1 suppliers through distributing information about the CFSI’s efforts and encouraging participation in the CFSI. As a continuous improvement effort, we plan to monitor our due diligence progress over the year as we receive supplier responses to our inquiries and target 100% response rate. We expect to participate in more CFSI smelter engagement outreach efforts and provide feedback to our own supply chain to improve the quality of the responses from our suppliers.
Reasonable Country of Origin Inquiry of the Necessary Conflict Minerals in Tesla’s Products
Tesla has not yet been able to fully identify countries of origin of the necessary conflict minerals and smelters and refiners used to process the necessary conflict minerals in Tesla’s products.
We identified 173 suppliers who supply 3TG in their products and required all of these suppliers to perform and report on their supply chain due diligence through the use of the CMRT. We received 80% supplier responses with 1,400 unique smelters and refiners reported comprehensively. We had a significant increase in our supplier scope in 2015 due to an expansion of our product lines to consumers. Our rate of response decreased as well because many of these new suppliers within the scope were unfamiliar with the conflict minerals law and due diligence requirements. The quality of the data that we collect from our suppliers in scope continues to be the main challenge in understanding the conflict minerals risks in our supply chain. As a member of the CFSI, we have become better educated about the requirements to conflict free due diligence from the CFSI’s work through conferences, weekly calls, and updates from different working groups within the CFSI. We recognize the importance of working with industry peers and organizations and believe that a consolidated effort to determine reasonable country of origin is the most efficient method. Through our involvement in the CFSI, we contributed information to help identify the current status of many of our smelters. To help determine reasonable country of origin, we continue to monitor and rely upon the CFSI’s progress in dispositioning smelters and refiners. Additionally, we continuously compare the updated list of facilities that are certified by the CFSI as conflict-free smelters or refiners against our own CMRT results throughout the year.
Our Tier 1 suppliers are highly dependent on the information provided to them by their suppliers and many of these suppliers are not directly subject to the same conflict minerals law and regulations. Determining the countries of origin of the 3TG continues to be a challenge that will take years to complete. While the CFSI has made substantial progress in identifying and assessing smelters and refiners globally, there is still a lot more that can be done.
Based on the information provided by Tesla’s suppliers as well as the CFSI, Tesla believes that the countries of origin of the 3TG contained in its products include the countries listed below in Annex I as well as scrap and recycled sources. This list of countries as well as the smelter and refiner list (Annex II) is based off of CFSI’s RCOI data from May 3, 2016, and Tesla’s 2015 supplier CMRT submissions.
Angola, Argentina, Australia, Austria, Belgium, Bolivia, Brazil, Burundi, Cambodia, Canada, Central African Republic, Chile, China, Colombia, Côte D'Ivoire, Czech Republic, Djibouti, Ecuador, Egypt, Estonia, Ethiopia, France, Germany, Guyana, Hungary, India, Indonesia, Ireland, Israel, Japan, Kazakhstan, Kenya, Laos, Luxembourg, Madagascar, Malaysia, Mongolia, Mozambique, Myanmar, Namibia, Netherlands, Nigeria, Peru, Portugal, Republic of Congo, Russia, Rwanda, Sierra Leone, Singapore, Slovakia, South Africa, South Korea, South Sudan, Spain, Suriname, Switzerland, Taiwan, Tanzania, Thailand, Uganda, United Kingdom, United States of America, Vietnam, Zambia, Zimbabwe
The following list of facilities are certified by the CFSI as conflict-free smelters or refiners who have completed the CFSP and are CFSI compliant and believed to be in Tesla’s supply chain. We publish this list to hold these smelters and refiners accountable and to give credit for their continued participation in the CFSP. In addition, we hope that this encourages the remaining smelters and refiners in our supply to accelerate their efforts to become conflict free through the CFSP.
|Mineral||Smelter or Refiner||Smelter ID|
|Gold||Aida Chemical Industries Co., Ltd.||CID000019|
|Gold||Asaka Riken Co., Ltd.||CID000090|
|Gold||Dowa||CID000401||Gold||Eco-System Recycling Co., Ltd.||CID000425|
|Gold||Elemetal Refining, LLC||CID001322|
|Gold||Heimerle + Meule GmbH||CID000694|
|Gold||Kojima Chemicals Co., Ltd.||CID000981|
|Gold||Ohura Precious Metal Industry Co., Ltd.||CID001325|
|Gold||Singway Technology Co., Ltd.||CID002516|
|Gold||Solar Applied Materials Technology Corp.||CID001761|
|Gold||United Precious Metal Refining, Inc.||CID001993|
|Gold||Yamamoto Precious Metal Co., Ltd.||CID002100|
|Tantalum||Changsha South Tantalum Niobium Co., Ltd.||CID000211|
|Tantalum||Conghua Tantalum and Niobium Smeltry||CID000291|
|Tantalum||FIR Metals & Resource Ltd.||CID002505|
|Tantalum||Global Advanced Metals Aizu||CID002558|
|Tantalum||Global Advanced Metals Boyertown||CID002557|
|Tantalum||Guizhou Zhenhua Xinyun Technology Ltd., Kaili branch||CID002501|
|Tantalum||H.C. Starck Co., Ltd.||CID002544|
|Tantalum||H.C. Starck GmbH Goslar||CID002545|
|Tantalum||H.C. Starck GmbH Laufenburg||CID002546|
|Tantalum||H.C. Starck Hermsdorf GmbH||CID002547|
|Tantalum||H.C. Starck Inc.||CID002548|
|Tantalum||H.C. Starck Ltd.||CID002549|
|Tantalum||Hengyang King Xing Lifeng New Materials Co., Ltd.||CID002492|
|Tantalum||Hi-Temp Specialty Metals, Inc.||CID000731|
|Tantalum||Jiangxi Dinghai Tantalum & Niobium Co., Ltd.||CID002512|
|Tantalum||JiuJiang JinXin Nonferrous Metals Co., Ltd.||CID000914|
|Tantalum||Jiujiang Tanbre Co., Ltd.||CID000917|
|Tantalum||Jiujiang Zhongao Tantalum & Niobium Co., Ltd.||CID002506|
|Tantalum||KEMET Blue Metals||CID002539|
|Tantalum||KEMET Blue Powder||CID002568|
|Tantalum||King-Tan Tantalum Industry Ltd.||CID000973|
|Tantalum||LSM Brasil S.A.||CID001076|
|Tantalum||Metallurgical Products India Pvt., Ltd.||CID001163|
|Tantalum||Mineração Taboca S.A.||CID001175|
|Tantalum||Mitsui Mining & Smelting||CID001192|
|Tantalum||Molycorp Silmet A.S.||CID001200|
|Tantalum||Ningxia Orient Tantalum Industry Co., Ltd.||CID001277|
|Tantalum||Plansee SE Liezen||CID002540|
|Tantalum||Plansee SE Reutte||CID002556|
|Tantalum||Resind Indústria e Comércio Ltda.||CID002707|
|Tantalum||RFH Tantalum Smeltry Co., Ltd||CID001522|
|Tantalum||Solikamsk Magnesium Works OAO||CID001769|
|Tantalum||Ulba Metallurgical Plant JSC||CID001969|
|Tantalum||XinXing Haorong Electronic Material Co., Ltd.||CID002508|
|Tantalum||Yichun Jin Yang Rare Metal Co., Ltd||CID002307|
|Tantalum||Zhuzhou Cement Carbide||CID002232|
|Tin||Cooperativa Metalurgica de Rondônia Ltda.||CID000295|
|Tin||CV Ayi Jaya||CID002570|
|Tin||CV Gita Pesona||CID000306|
|Tin||CV Serumpun Sebalai||CID000313|
|Tin||CV United Smelting||CID000315|
|Tin||CV Venus Inti Perkasa||CID002455|
|Tin||Gejiu Non-Ferrous Metal Processing Co. Ltd.||CID000538|
|Tin||Jiangxi Ketai Advanced Material Co., Ltd.||CID000244|
|Tin||Magnu's Minerais Metais e Ligas Ltda.||CID002468|
|Tin||Malaysia Smelting Corporation (MSC)||CID001105|
|Tin||Mineração Taboca S.A.||CID001173|
|Tin||Mitsubishi Materials Corporation||CID001191|
|Tin||O.M. Manufacturing (Thailand) Co., Ltd.||CID001314|
|Tin||O.M. Manufacturing Philippines, Inc.||CID002517|
|Tin||Operaciones Metalurgical S.A.||CID001337|
|Tin||PT Aries Kencana Sejahtera||CID000309|
|Tin||PT Artha Cipta Langgeng||CID001399|
|Tin||PT ATD Makmur Mandiri Jaya||CID002503|
|Tin||PT Babel Inti Perkasa||CID001402|
|Tin||PT Bangka Prima Tin||CID002776|
|Tin||PT Bangka Tin Industry||CID001419|
|Tin||PT Belitung Industri Sejahtera||CID001421|
|Tin||PT BilliTin Makmur Lestari||CID001424|
|Tin||PT Bukit Timah||CID001428|
|Tin||PT Cipta Persada Mulia||CID002696|
|Tin||PT DS Jaya Abadi||CID001434|
|Tin||PT Eunindo Usaha Mandiri||CID001438|
|Tin||PT Inti Stania Prima||CID002530|
|Tin||PT Mitra Stania Prima||CID001453|
|Tin||PT Panca Mega Persada||CID001457|
|Tin||PT Prima Timah Utama||CID001458|
|Tin||PT Refined Bangka Tin||CID001460|
|Tin||PT Sariwiguna Binasentosa||CID001463|
|Tin||PT Stanindo Inti Perkasa||CID001468|
|Tin||PT Sukses Inti Makmur||CID002816|
|Tin||PT Sumber Jaya Indah||CID001471|
|Tin||PT Timah (Persero) Tbk Kundur||CID001477|
|Tin||PT Timah (Persero) Tbk Mentok||CID001482|
|Tin||PT Tinindo Inter Nusa||CID001490|
|Tin||PT Wahana Perkit Jaya||CID002479|
|Tin||Resind Indústria e Comércio Ltda.||CID002706|
|Tin||Rui Da Hung||CID001539|
|Tin||Soft Metais Ltda.||CID001758|
|Tin||VQB Mineral and Trading Group JSC||CID002015|
|Tin||White Solder Metalurgia e Mineração Ltda.||CID002036|
|Tungsten||A.L.M.T. TUNGSTEN Corp.||CID000004|
|Tungsten||Asia Tungsten Products Vietnam Ltd.||CID002502|
|Tungsten||Chenzhou Diamond Tungsten Products Co., Ltd.||CID002513|
|Tungsten||Chongyi Zhangyuan Tungsten Co., Ltd.||CID000258|
|Tungsten||Dayu Jincheng Tungsten Industry Co., Ltd.||CID002518|
|Tungsten||Dayu Weiliang Tungsten Co., Ltd.||CID000345|
|Tungsten||Fujian Jinxin Tungsten Co., Ltd.||CID000499|
|Tungsten||Ganzhou Huaxing Tungsten Products Co., Ltd.||CID000875|
|Tungsten||Ganzhou Jiangwu Ferrotungsten Co., Ltd.||CID002315|
|Tungsten||Ganzhou Seadragon W & Mo Co., Ltd.||CID002494|
|Tungsten||Ganzhou Yatai Tungsten Co., Ltd.||CID002536|
|Tungsten||Global Tungsten & Powders Corp.||CID000568|
|Tungsten||Guangdong Xianglu Tungsten Co., Ltd.||CID000218|
|Tungsten||H.C. Starck GmbH||CID002541|
|Tungsten||H.C. Starck Smelting GmbH & Co.KG||CID002542|
|Tungsten||Hunan Chenzhou Mining Co., Ltd.||CID000766|
|Tungsten||Hunan Chunchang Nonferrous Metals Co., Ltd.||CID000769|
|Tungsten||Japan New Metals Co., Ltd.||CID000825|
|Tungsten||Jiangxi Gan Bei Tungsten Co., Ltd.||CID002321|
|Tungsten||Jiangxi Xiushui Xianggan Nonferrous Metals Co., Ltd.||CID002535|
|Tungsten||Jiangxi Yaosheng Tungsten Co., Ltd.||CID002316|
|Tungsten||Malipo Haiyu Tungsten Co., Ltd.||CID002319|
|Tungsten||Niagara Refining LLC||CID002589|
|Tungsten||Nui Phao H.C. Starck Tungsten Chemicals Manufacturing LLC||CID002543|
|Tungsten||South-East Nonferrous Metal Company Limited of Hengyang City||CID002815|
|Tungsten||Tejing (Vietnam) Tungsten Co., Ltd.||CID001889|
|Tungsten||Vietnam Youngsun Tungsten Industry Co., Ltd.||CID002011|
|Tungsten||Wolfram Bergbau und Hütten AG||CID002044|
|Tungsten||Wolfram Company CJSC||CID002532|
|Tungsten||Xiamen Tungsten (H.C.) Co., Ltd.||CID002320|
|Tungsten||Xiamen Tungsten Co., Ltd.||CID002082|
|Tungsten||Xinhai Rendan Shaoguan Tungsten Co., Ltd.||CID002095|
Security Vulnerability Reporting Policy
Tesla values the work done by security researchers in improving the security of our products and service offerings. We are committed to working with this community to verify, reproduce, and respond to legitimate reported vulnerabilities. We encourage the community to participate in our responsible reporting process.
If you are a security researcher and would like to report a security vulnerability, please send an email to: firstname.lastname@example.org. Please provide your name, contact information, and company name (if applicable) with each report. Priority will be granted to encrypted reports – please include your PGP public key with such reports.
Responsible Disclosure Guidelines
We will investigate legitimate reports and make every effort to quickly correct any vulnerability. To encourage responsible reporting, we commit that we will not take legal action against you or ask law enforcement to investigate you if you comply with the following Responsible Disclosure Guidelines:
- Provide details of the vulnerability, including information needed to reproduce and validate the vulnerability and a Proof of Concept (POC)
- Make a good faith effort to avoid privacy violations, destruction of data and interruption or degradation of our services
- Do not modify or access data that does not belong to you
- Give us a reasonable time to correct the issue before making any information public
We will attempt to respond to your report within 1-2 business days.
Tesla Security Researcher Hall of Fame
Tesla appreciates and wants to recognize the contributions of security researchers. If you are the first researcher to report a confirmed vulnerability, we will list your name in our Hall of Fame (unless you would prefer to remain anonymous). You may also be considered for an award if you are the first researcher to report one of the top 3 confirmed vulnerabilities in a calendar quarter. You must comply with our Responsible Disclosure Guidelines (above) to be considered for our Hall of Fame and top 3 awards.
|Jianhao Liu||Qihoo 360 Adlab|
|Jiaheng Wang||Zhejiang University|
|Yanjing Wu||Zhejiang University|
|Jon||Bitquark Security Research|
|Jack "fin1te" W|
|Ch. Muhammad Osama|
|Nikhil Kumar Srivastava||@niksthehacker|
|Jay Turla||HP Fortify|