30-Second Explanation
Tesla's current business connects:
vehicles
+
manufacturing
+
batteries
+
software
+
charging
+
energy storage
+
autonomous ride-hailingTesla's core economic engine starts with manufacturing physical products.
In 2025 the company produced approximately 1.66 million consumer vehicles, delivered approximately 1.64 million, deployed 46.7 GWh of energy-storage products, and generated $94.83 billion in total revenue. [S1]
Tesla reports two operating and reportable segments:
Automotive
Energy Generation & StorageThe automotive business is broader than new-car sales. It also includes leasing and activities such as used vehicles, non-warranty service and collision work, paid Supercharging, automotive insurance, parts and retail merchandise. [S1]
On top of the physical vehicle, Tesla can sell or support software and services such as FSD (Supervised), connectivity and charging.
In June 2025, Tesla launched Robotaxi. That introduces a different economic model:
Vehicle sale
→ customer buys an asset
Robotaxi
→ Tesla operates transportation capacity
→ rider buys a tripBy the first half of 2026 Tesla said Cybercab production had begun. [S2]
Tesla is therefore operating across three different commercial layers:
MANUFACTURED PRODUCTS
vehicles + battery systems
SOFTWARE / SERVICES
FSD + charging + service + insurance
OPERATED NETWORKS
Robotaxi + charging infrastructureHow Tesla Actually Works
Tesla connects several activities that conventional automotive systems often split among manufacturers, dealers, software vendors, fuel networks and service providers.
Tesla also now has an operating-service path:
Tesla's Q2 2026 filing says scaling Robotaxi requires dedicated infrastructure for cleaning, maintenance, charging, security, teleoperations and fleet management. [S2]
That distinction matters.
Robotaxi is not merely FSD software running in someone else's car.
It is a transportation operation.
What Tesla Does
Designs electric vehicles
Tesla manufactures five consumer vehicle families:
- Model S;
- Model 3;
- Model X;
- Model Y;
- Cybertruck. [S1]
It is also moving Tesla Semi into customer deliveries and has begun Cybercab production. [S2][S16]
Vehicle development combines:
- body and chassis;
- battery pack;
- electric drive unit;
- power electronics;
- software;
- thermal management;
- manufacturing process.
Manufactures vehicles and key systems
Tesla owns major manufacturing capacity rather than outsourcing final vehicle production.
Its disclosed manufacturing footprint includes facilities in:
- Texas;
- California;
- Nevada;
- Shanghai;
- Berlin-Brandenburg;
- New York;
- Shanghai's Megafactory. [S1]
Tesla is also investing in battery-cell manufacturing, battery materials and AI-compute infrastructure. [S1][S2]
This makes manufacturing a strategic capability, not merely a supplier contract.
Sells directly to customers
Tesla generally sells vehicles directly rather than wholesaling most output to independent franchised dealers.
Traditional U.S. model:
automaker
↓ wholesale
dealer
↓ retail
consumerTesla model:
Tesla
↓ retail / lease
consumerDirect sales give Tesla more control over:
- pricing;
- ordering;
- customer data;
- software activation;
- delivery.
But dealer functions do not disappear.
Tesla itself has to build or coordinate more of:
- retail locations;
- delivery;
- trade-in and used vehicles;
- service;
- financing relationships.
Develops software after vehicle delivery
A Tesla vehicle can continue changing after it leaves the factory.
Tesla distributes software over the air for:
- vehicle functions;
- infotainment;
- energy management;
- driver assistance.
FSD (Supervised) is the clearest paid software layer.
Tesla currently offers it in the U.S. as a monthly subscription. Its official support page states that FSD (Supervised) requires active driver supervision and does not make a Tesla autonomous. [S13]
The commercial significance is:
vehicle sold
↓
software can still be monetized laterOperates autonomous mobility
Tesla Robotaxi changes Tesla's customer.
The customer is no longer necessarily a car buyer.
It can be:
a riderTesla's current Robotaxi page says autonomous rides are being offered in several U.S. cities and the fleet includes Model Y and Cybercab. [S14]
The business now requires:
- fleet operations;
- cleaning;
- charging;
- maintenance;
- dispatch;
- customer support;
- teleoperations.
Builds charging infrastructure
Tesla Supercharger began as infrastructure supporting Tesla ownership.
Tesla later opened its connector design as the North American Charging System and invited other automakers and charging companies to adopt it. [S11]
That changed the charging network's role.
It can now serve:
Tesla vehicles
+
non-Tesla vehicles
+
Robotaxi
+
commercial vehiclesCharging therefore sits at the intersection of product utility, infrastructure and services revenue.
Builds energy-storage systems
Tesla Energy Storage includes:
- Powerwall;
- Megapack;
- energy-control software.
Powerwall targets homes and smaller sites.
Megapack serves commercial, industrial, utility and generation customers. [S1][S17][S19]
Tesla also uses energy software including Powerhub and Autobidder.
Energy generation and storage is a separate reportable segment rather than an accessory line inside automotive.
Sells solar products
Tesla continues to offer solar products including:
- solar panels;
- Solar Roof;
- solar inverter.
The current energy business has evolved significantly since the SolarCity acquisition, but that acquisition remains important for understanding why Tesla expanded beyond transportation.
Products, Platforms & Services
Model 3
Model Y
Model Y is Tesla's midsize SUV / crossover family.
Why it exists
To apply Tesla's vehicle, software and charging system to one of the world's largest passenger-vehicle categories.
Where it sits
Core high-volume vehicle.
In Q2 2026, Model 3 and Model Y together accounted for 467,762 of Tesla's 480,126 deliveries. [S3]
Cybertruck
Cybertruck is Tesla's pickup entry.
Why it exists
To extend Tesla's electric-vehicle platform into a major North American vehicle category with different utility requirements.
Where it sits
Consumer truck / pickup product family.
Tesla Semi
Tesla Semi is a Class 8 battery-electric truck.
Why it exists
Commercial fleets evaluate vehicles differently from households. They care heavily about:
- energy cost;
- maintenance;
- uptime;
- range;
- payload;
- charging.
Tesla's current page says customer deliveries start in 2026 and lists up to 500 miles of estimated range. [S16]
FSD (Supervised)
FSD (Supervised) is Tesla's advanced driver-assistance software package.
Why it exists
To increase vehicle functionality through software and create a post-delivery software revenue layer.
Where it sits
Software across eligible Tesla vehicles and a technical foundation related to Tesla's autonomy work.
Current FSD (Supervised) still requires an attentive driver. [S13]
Robotaxi
Tesla Robotaxi is an autonomous ride-hailing service.
Why it exists
To monetize transportation rather than only sell the asset that provides transportation.
Where it sits
Mobility service / operated fleet.
Supercharger
Tesla Supercharger is fast-charging infrastructure integrated into Tesla's wider product system.
Why it exists
Electric-vehicle utility depends partly on reliable energy replenishment.
Where it sits
Between vehicles and the electricity network.
Tesla Energy Storage
Tesla Energy Storage combines battery systems and energy software.
Why it exists
Electricity demand and generation do not always occur at the same time.
Storage lets energy move across time.
Where it sits
Tesla's Energy Generation & Storage segment.
Energy-generation and storage revenue reached $12.77 billion in 2025. [S1]
The Tesla Stack
Tesla's product system can be read vertically.
Supercharging cuts across mobility:
charging network
↕
electric grid
The stack explains why individual Tesla businesses can share capabilities.
Battery engineering supports both vehicles and storage.
Power electronics connect drive units, charging and stationary systems.
Vehicle software supports customer features and fleet operations.
Charging supports retail vehicles, other EV brands, Semi and Robotaxi.
Who Uses Tesla?
Consumer vehicle owners
They buy or lease Tesla vehicles and may also use:
- Supercharging;
- service;
- software;
- insurance;
- connectivity.
Commercial fleets
Tesla Semi introduces fleet buyers whose decision is centered on total operating economics rather than only purchase price.
Fleet users evaluate:
energy cost
maintenance
range
payload
uptime
chargingRobotaxi riders
A Robotaxi customer can use Tesla transportation without owning a Tesla vehicle.
That expands Tesla's addressable customer from:
vehicle buyerto:
mobility userNon-Tesla EV drivers
Home-energy customers
Powerwall customers use storage for:
- backup;
- solar self-consumption;
- energy management;
- grid programs.
Commercial and utility energy customers
Megapack customers include:
- utilities;
- commercial sites;
- industrial users;
- generation projects.
The buying process can look more like infrastructure procurement than consumer retail.
Who Pays Tesla?
Tesla has several distinct payer groups.
Vehicle buyers
consumer / business
↓ vehicle purchase
TeslaVehicle sales remain the largest revenue source.
Lessees and finance customers
Tesla earns automotive leasing revenue and uses financing partners / programs to support vehicle transactions.
Leasing creates residual-value exposure that differs from a straight vehicle sale.
FSD subscribers
existing Tesla owner
↓ monthly software fee
TeslaThis turns the installed vehicle base into a software distribution base.
At the research cutoff Tesla's U.S. support page lists FSD (Supervised) at $99/month, subject to change. [S13]
Robotaxi riders
rider
↓ fare
Tesla RobotaxiTesla does not yet report Robotaxi as a large standalone revenue line in the filings used here.
BizTear should explain the model without inventing current revenue scale.
Supercharger users
Paid Supercharging creates another follow-on revenue stream.
The payer can be:
Tesla driver
or
non-Tesla EV driverTesla said growth in paid Supercharging sessions contributed to services-and-other revenue growth in 2026. [S2]
Energy customers
Powerwall and Megapack customers pay for storage products and related services.
Large projects can use milestone-based payment and revenue-recognition structures. [S1]
Other automakers through regulatory-credit markets
Tesla also earns automotive regulatory-credit revenue.
In 2025 it reported $1.993 billion of automotive regulatory-credit revenue. [S1]
This is regulation-driven revenue rather than a payment for a physical Tesla vehicle.
How Tesla Makes Money
Tesla has multiple economic engines.
Automotive sales
2025 automotive sales:
$65.821BThe basic path is:
design
↓
manufacture
↓
sell directly
↓
recognize vehicle revenueAutomotive leasing
2025 automotive leasing revenue:
$1.712BLeasing keeps more residual-value exposure with Tesla than a completed retail sale.
Regulatory credits
2025 regulatory-credit revenue:
$1.993BThis revenue depends on regulatory systems and should be analyzed separately from vehicle demand.
Services and other
2025 services-and-other revenue:
$12.530BThe category includes activity such as:
- used vehicles;
- non-warranty maintenance and collision;
- paid Supercharging;
- insurance;
- parts;
- retail merchandise.
The installed vehicle base therefore creates commercial activity after the original sale.
Software
FSD creates a recurring or post-sale software revenue opportunity.
The economic structure differs from vehicle manufacturing:
vehicle hardware already delivered
+
software can be activated / updated laterEnergy generation and storage
2025 energy generation and storage revenue:
$12.771Bwith segment gross margin of 29.8%. [S1]
Energy is a substantial second reportable segment.
Robotaxi
Robotaxi introduces an asset-operation model:
manufacture vehicle
↓
retain / operate vehicle
↓
sell repeated tripsThat can create recurring utilization revenue from one vehicle, but it also adds:
- fleet capex;
- maintenance;
- cleaning;
- charging;
- support;
- regulatory cost.
It should not be modeled as "pure software."
What Tesla Depends On
Vertical integration does not mean independence.
Battery cells
Tesla relies on cell suppliers including Panasonic and CATL while also developing internal cell-manufacturing capability. [S1]
The model is:
external supply
+
internal productionnot:
Tesla makes every cellBattery materials
Tesla depends on:
- lithium;
- nickel;
- graphite;
- other battery materials.
It is investing further upstream in materials processing, but raw-material availability remains fundamental.
Semiconductors and AI compute
Manufacturing facilities
Tesla's economics depend on turning fixed factories into large volumes of finished products.
Manufacturing quality, yield, labor and ramp speed therefore affect:
- cost;
- deliveries;
- working capital.
External suppliers
Thousands of components and materials come from suppliers.
Tesla warns that the absence of a single component can interrupt production. [S1]
Vertical integration is partly a response to supplier dependence, not evidence that supplier dependence disappeared.
Charging capacity
Vehicle utility, Semi economics and Robotaxi fleet operations all depend on electricity and charging availability.
Charging has therefore become a strategic infrastructure dependency.
Service capacity
Direct sales mean Tesla must support the installed fleet through:
- service centers;
- mobile service;
- parts;
- collision support.
A larger fleet increases after-sales responsibility.
Regulation
Tesla operates inside regulation covering:
- vehicle safety;
- driver assistance;
- autonomous transport;
- direct sales;
- insurance;
- energy;
- charging;
- grid participation.
Robotaxi expansion is particularly jurisdiction-dependent.
Electricity grids
Vehicles and stationary storage connect Tesla to utilities and grid operators.
The company can simultaneously be:
- electricity consumer;
- charging-network operator;
- storage supplier;
- distributed-energy participant.
Who Depends on Tesla?
"Depends on" means commercially meaningful reliance, not absolute lack of alternatives.
Tesla owners
Owners can depend on Tesla for:
- software;
- service;
- parts;
- charging;
- app connectivity.
The vehicle creates an ongoing manufacturer relationship.
Non-Tesla EV owners
Drivers of NACS-equipped or adapter-supported vehicles can use the Supercharger network.
Tesla infrastructure can therefore become part of ownership for another automaker's customer. [S12]
Energy customers
Megapack projects depend on Tesla for:
- battery hardware;
- software;
- service;
- contractual performance.
Large installations can operate over long time horizons.
Robotaxi riders
Where Robotaxi operates, service depends on Tesla's integrated system:
vehicle
+
autonomy
+
dispatch
+
charging
+
maintenance
+
supportNACS ecosystem participants
Other automakers and charging providers implementing NACS / SAE J3400 rely on interoperability around the charging interface.
Company Relationship Map
Panasonic
Panasonic → Tesla
Type: battery-cell / manufacturing partner
Scope: cells and Gigafactory collaborationThe 2014 Gigafactory agreement described Panasonic as a cell partner while Tesla managed the facility and pack / vehicle integration. [S22]
CATL
CATL → Tesla
Type: battery-cell supplier
Scope: battery supplyTesla identifies CATL as a battery-cell supplier. [S1]
SolarCity
Tesla → SolarCity
Type: acquired
Completed: 2016-11-21
Scope: solar-energy businessSolarCity became a wholly owned Tesla subsidiary at closing. [S21]
NACS automakers
other automakers ↔ Tesla
Type: infrastructure interoperability
Scope: charging connector + Supercharger accessThe relationship is unusual because automakers can compete with Tesla in vehicle sales while using Tesla-linked charging infrastructure.
Utilities / grid operators
Tesla ↔ utilities / grid operators
Type: customer + infrastructure relationship
Scope: charging, grid storage, distributed energyVehicle customers
customer → Tesla
Type: direct buyerTesla retains more of the retail customer relationship than a traditional wholesale-to-dealer OEM.
Robotaxi riders
rider → Tesla
Type: mobility customerThis is a different relationship from vehicle ownership.
Competition by Business Layer
Tesla does not have one meaningful competitor list.
Mass-market passenger vehicles
Model 3 and Model Y compete against:
- battery EVs;
- hybrids;
- internal-combustion vehicles
in overlapping price and use categories.
Traditional automakers may compete through:
- dealer reach;
- financing;
- broad portfolios;
- existing service networks.
EV-native companies may compete through:
- direct sales;
- electric architecture;
- software.
Premium vehicles
Model S and Model X compete in premium sedan and SUV markets where brand, luxury, technology and performance matter alongside propulsion.
Pickup trucks
Cybertruck competes in a category where buyers may prioritize:
- utility;
- towing;
- durability;
- bed function;
- off-road use.
Commercial trucking
Semi competes against diesel and alternative-powertrain Class 8 trucks.
Fleet buyers evaluate:
acquisition cost
energy
maintenance
range
payload
uptime
chargingDriver assistance and autonomy
FSD (Supervised) competes with advanced driver-assistance systems.
Robotaxi competes in a separate market:
- autonomous ride-hailing;
- traditional ride-hailing;
- taxis;
- private ownership for some trips.
Charging
Supercharger competes with other charging networks while also becoming shared infrastructure.
NACS adoption shifts part of Tesla's position from proprietary interface toward ecosystem infrastructure.
Energy storage
Powerwall and Megapack compete with:
- battery manufacturers;
- storage integrators;
- energy-software platforms;
- other grid-storage technologies.
History
2003 — Tesla is incorporated
Tesla was incorporated on July 1, 2003. [S31]
The bundle uses the five-founder convention: Martin Eberhard, Marc Tarpenning, Ian Wright, Elon Musk and JB Straubel.
2004–2008 — Roadster development
Tesla focused on proving that a lithium-ion electric vehicle could combine range, performance and desirability.
The early product was not designed for mass-market volume.
2008 — Musk becomes CEO
Elon Musk became CEO in October 2008. [S6]
The business still had to move from a small sports-car operation to a scalable automaker.
2010 — IPO
Tesla completed its IPO and became Nasdaq-listed.
2012 — Model S and Supercharging
Model S expanded Tesla into premium sedans.
Tesla also began building fast-charging infrastructure, linking the vehicle product to long-distance energy access.
2014 — Gigafactory battery strategy
Tesla and Panasonic announced a large-scale battery-production partnership. [S22]
Battery cost and capacity became explicit manufacturing priorities.
2015 — Model X and stationary storage
Tesla entered the SUV category and introduced stationary battery-storage products.
2016 — SolarCity and broader energy strategy
2017 — Model 3
Model 3 moved Tesla into a higher-volume manufacturing challenge.
The strategic problem changed from:
Can an EV be desirable?to:
Can Tesla manufacture desirable EVs at much larger scale?2019 — Shanghai manufacturing
Shanghai became Tesla's first major vehicle-production base outside the U.S. and a key step in localized global manufacturing.
2020 — Model Y
Model Y brought Tesla's platform into the high-volume crossover / SUV category.
2022 — NACS opens
Tesla opened its charging connector design and named it NACS. [S11]
2023 — Cybertruck and wider NACS adoption
Cybertruck entered the consumer lineup while multiple automakers moved toward NACS / Supercharger access.
2025 — Robotaxi launches; storage reaches 46.7 GWh
Tesla launched Robotaxi in June 2025 and deployed 46.7 GWh of energy storage during the year. [S1]
How Tesla Changed
| Dimension | Early Tesla | Tesla in 2026 |
|---|---|---|
| Core identity | Electric sports-car startup | Vehicle + energy + software + mobility company |
| Main product | Roadster | High-volume vehicles + storage + software |
| Customer | Premium EV buyer | Drivers, fleets, riders, homes, utilities |
| Revenue logic | Vehicle sale | Vehicles + leases + services + software + charging + energy |
| Distribution | Small direct-sales operation | Global direct sales, delivery and service |
| Manufacturing | Low-volume startup | Large owned global manufacturing system |
| Battery role | Purchased cells assembled into packs | External cells + internal manufacturing / materials investment |
| Charging | Ownership barrier | Tesla-operated network + outside-brand access |
| Software | Vehicle controls | OTA updates + FSD subscription + fleet software |
| Autonomy | R&D goal | FSD product + operating Robotaxi service |
| Energy | Not core | Separate reportable segment |
| Company boundary | Automobile startup | Transport + electricity storage + infrastructure + operations |
The pattern is not that Tesla "became a software company."
The pattern is that Tesla internalized more layers around the physical product when those layers affected:
- product usefulness;
- cost;
- customer experience;
- future monetization.
Turning Points
Turning Point 1 — Roadster proves the product thesis
What changed
Tesla demonstrated that an electric vehicle could compete on desirability and performance.
Why it mattered
It created a premium customer willing to fund an expensive early product.
What it enabled next
Development of Model S and a larger vehicle platform.
Turning Point 2 — Model S + direct sales + Supercharging
What changed
Tesla combined:
vehicle
+
direct distribution
+
charging
+
softwareWhy it mattered
The company controlled more of the ownership experience.
What it enabled next
A vertically integrated EV ecosystem.
Turning Point 3 — Gigafactory battery scale
What changed
Battery supply became an industrial strategy.
Why it mattered
Mass-market EV volume requires much more cell capacity than a sports-car program.
What it enabled next
Model 3 / Model Y scale and stationary storage.
Turning Point 4 — Model 3 manufacturing ramp
What changed
Tesla moved from premium low volume toward mass-market production.
Why it mattered
Manufacturing itself became the bottleneck and strategic capability.
What it enabled next
A much larger installed vehicle base.
Turning Point 5 — SolarCity + stationary energy
What changed
Tesla expanded into solar and deeper energy operations.
Why it mattered
Battery and power-electronics capabilities could address electricity markets as well as transport.
What it enabled next
A separate energy segment.
Turning Point 6 — Shanghai and global factory replication
What changed
Tesla localized high-volume manufacturing outside the U.S.
Why it mattered
Local production can reduce freight, tariff and delivery-distance exposure.
Turning Point 7 — NACS becomes ecosystem infrastructure
What changed
Tesla opened the connector design and other automakers adopted it.
Why it mattered
A proprietary ownership advantage became broader infrastructure.
Turning Point 8 — Robotaxi changes the customer
What changed
Tesla began selling transportation to riders.
Why it mattered
The payer moves from:
vehicle buyertoward:
ride buyerWhat it enabled next
A fleet-operated service model linked to autonomy.
Leadership
Elon Musk
Elon Musk has served as Tesla CEO since October 2008 and is part of Tesla's founding team. [S6][S8]
His business role is tied to repeated expansion of Tesla's operating boundary into:
- battery manufacturing;
- direct retail;
- Supercharging;
- factories;
- software;
- energy;
- AI;
- Robotaxi.
His separate page focuses on business mechanisms rather than public-personality coverage.
JB Straubel
JB Straubel co-founded Tesla and served as CTO from 2005 to 2019. He returned to Tesla's board in 2023. [S5]
His role is closely associated with:
- battery systems;
- power electronics;
- charging;
- Gigafactory scale;
- energy systems.
Major Acquisition
SolarCity — 2016
Tesla completed its acquisition of SolarCity on November 21, 2016. [S21]
What capability it added
- solar sales and installation;
- customer relationships;
- solar financing / project operations;
- broader energy-generation activity.
Why it mattered
The transaction made Tesla's broader energy model explicit:
generate electricity
↓
store electricity
↓
use electricity in transport / home / gridToday's Tesla Energy business has evolved considerably, but SolarCity remains an important boundary-changing transaction.
What Most People Miss
1. Tesla is strategically broader than cars, but automotive still dominates current economics
Tesla increasingly emphasizes AI, autonomy and energy.
At the same time, automotive remains the company's largest revenue engine.
Both statements can be true.
2. Tesla Energy is already a substantial business
2025 energy-generation and storage revenue was $12.771 billion, with segment gross margin of 29.8%. [S1]
It should not be treated as a side project.
3. The installed vehicle base creates follow-on economics
The original vehicle sale can lead to:
- FSD;
- Supercharging;
- service;
- insurance;
- used-vehicle transactions.
The car becomes a distribution point for later products and services.
4. Direct sales move responsibilities into Tesla
Removing the independent dealer does not remove:
- delivery;
- service;
- used vehicles;
- trade-ins;
- financing;
- local facilities.
Vertical integration moves the work.
5. Supercharger is both infrastructure and product
Charging influences:
- vehicle usefulness;
- customer confidence;
- route planning;
- non-Tesla charging;
- Robotaxi;
- Semi.
That makes it part of Tesla's commercial architecture.
6. FSD and Robotaxi are not the same business
FSD (Supervised):
software in a customer-owned vehicle
requires driver supervisionRobotaxi:
transportation service
Tesla-operated fleet infrastructure
rider buys a tripThey share technology but not the same customer, operations or economics.
7. Vertical integration does not mean Tesla makes everything
Tesla still depends on outside battery cells, chips, materials and suppliers.
Vertical integration means more strategic activities are internalized.
It does not mean self-sufficiency.
8. Megapack is not simply a vehicle battery in a stationary box
Grid-scale storage has different customers, contracts and operating requirements:
- interconnection;
- dispatch software;
- project milestones;
- warranties;
- performance guarantees.
Shared technology does not mean identical business models.
Common Misconceptions
"Tesla is only a car company."
Incomplete.
Automotive remains central, but Tesla also operates a substantial energy segment plus software, charging and mobility services.
"Tesla is no longer an automobile company."
Also incomplete.
Its canonical GICS Industry remains:
251020 — AutomobilesThe strategic boundary is broader than the classification, but the automotive business remains core.
"FSD means a customer-owned Tesla is fully autonomous."
No.
Tesla's current FSD (Supervised) documentation explicitly requires an attentive driver and says the system does not make the vehicle autonomous. [S13]
"Robotaxi is just FSD with a different name."
No.
Robotaxi is a mobility service and requires fleet operations in addition to autonomy technology.
"Tesla makes every battery cell it uses."
No.
It combines internal battery efforts with external suppliers including Panasonic and CATL. [S1]
"NACS and Supercharger are the same thing."
No.
NACS / SAE J3400 is the charging interface standard.
Supercharger is Tesla's charging network.
"Tesla only sells to consumers."
No.
Its customers also include:
- fleets;
- utilities;
- commercial energy users;
- non-Tesla charging customers.
"SolarCity still defines Tesla Energy."
No.
SolarCity explains a major strategic expansion, but current Tesla Energy increasingly centers on Powerwall, Megapack and associated software.
Common Questions
What does Tesla actually do?
Tesla designs, manufactures and sells electric vehicles and energy products while operating software, charging and autonomous-mobility services around them.
What Industry is Tesla in?
Tesla is classified in the official GICS Industry:
251020 — Automobiles25102010 Automobile Manufacturers is Sub-Industry metadata only.
Who founded Tesla?
This bundle uses the five-person founding-team convention: Martin Eberhard, Marc Tarpenning, Ian Wright, Elon Musk and JB Straubel.
Who is Tesla's CEO?
Elon Musk.
What is Tesla's CIK?
0001318605.
Is FSD fully autonomous?
Current FSD (Supervised) is not. Tesla says the driver must remain attentive. [S13]
Does Tesla operate Robotaxi?
Does Tesla sell battery storage to utilities?
Yes. Megapack is designed for commercial, industrial, utility and generation customers.
Does Tesla use external battery suppliers?
Yes. Tesla identifies Panasonic and CATL among its battery-cell suppliers. [S1]
What Changed Recently
2025 — Robotaxi launched
Tesla launched Robotaxi in June 2025. [S1]
Why it matters
Autonomy moved from development alone into an operating mobility service.
2025 — Energy-storage deployments reached 46.7 GWh
Tesla reported 46.7 GWh of storage deployment. [S1]
Why it matters
Stationary storage has reached industrial-scale production.
First half 2026 — Cybercab production began
Tesla said Cybercab production began during H1 2026. [S2]
Why it matters
Robotaxi is moving toward a purpose-built fleet vehicle.
Q2 2026 — Vehicle deliveries reached 480,126
Tesla delivered 480,126 vehicles in Q2 2026, including 467,762 Model 3/Y vehicles. [S3]
Why it matters
Current volume remains concentrated in the Model 3 / Model Y families.
Q2 2026 — Storage deployments reached 13.5 GWh
Tesla deployed 13.5 GWh of storage in the quarter. [S3]
Why it matters
Energy scale continues alongside vehicle production.
2026 — Paid Supercharging contributes to service growth
Tesla said paid Supercharging sessions contributed to services-and-other revenue growth. [S2]
Why it matters
Charging is increasingly a monetized installed-base and network business.
2026 — Semi customer deliveries begin
Tesla's current Semi page says deliveries start in 2026. [S16]
Why it matters
Tesla is extending its system into heavy commercial transport.
Evidence
- Tesla reports Automotive and Energy Generation & Storage as its two operating/reportable segments. [S1]
- 2025 total revenue was $94.827 billion. [S1]
- Tesla produced approximately 1.66 million and delivered approximately 1.64 million consumer vehicles in 2025. [S1]
- Tesla deployed 46.7 GWh of energy storage in 2025. [S1]
- Robotaxi launched in June 2025. [S1][S2]
- Cybercab production began in the first half of 2026. [S2]
- FSD (Supervised) remains an actively supervised driver-assistance system. [S13]
- Tesla relies on external battery-cell suppliers including Panasonic and CATL. [S1]
Explore Tesla
Vehicles & Mobility
- Model 3
- Model Y
- Cybertruck
- Tesla Semi
- FSD (Supervised)
- Tesla Robotaxi
Infrastructure & Energy
- Tesla Supercharger
- Tesla Energy Storage
People
- Elon Musk
- JB Straubel
Acquired Company
- SolarCity