Global EV investment is shifting from vehicle assembly alone toward batteries, localized manufacturing, fast-charging networks, energy storage and recycling. Toyota’s $13.9 billion U.S. battery plant, CATL’s 772 GWh manufacturing footprint, Hyundai’s 1.27 million-unit capacity expansion and BYD’s aggressive international growth show where billions of dollars are flowing as the EV industry prepares for another phase of global expansion.
Electric-car sales exceeded 20 million units in 2025, rising 20 percent and representing one in four new cars sold globally. The IEA expects sales to reach around 23 million in 2026, or 28 percent of the global car market.
At the same time, EV battery deployment reached 1.2 TWh in 2025, almost 30 percent above 2024 and more than seven times the 2020 level. The IEA expects deployment to approach 3 TWh by 2030.
These numbers explain why the EV investment opportunity is expanding beyond cars into gigafactories, battery materials, charging, software, energy storage and recycling.
Toyota Invests $13.9 Billion in U.S. Battery Manufacturing
One of the largest individual EV-related manufacturing investments is Toyota’s battery complex in Liberty, North Carolina.
Toyota has invested $13.9 billion in the facility, which began production in 2025 and is expected to employ up to 5,100 people when fully operational. The 7-million-square-foot complex will have 14 battery production lines supporting hybrid, plug-in hybrid and battery-electric vehicles.
Toyota previously said the plant would ultimately exceed 30 GWh of annual capacity.
The project is part of a wider U.S. investment strategy. Toyota announced plans for up to another $10 billion of U.S. investment over five years, which would bring its cumulative investment in the country to nearly $60 billion.
The Toyota North Carolina battery investment demonstrates how automakers are localizing batteries closer to vehicle factories while retaining flexibility across multiple electrified powertrains.
CATL Builds 772 GWh Battery Manufacturing Empire
CATL represents the enormous scale of investment required to dominate EV batteries.
The Chinese battery giant ended 2025 with 772 GWh of global production capacity and another 321 GWh under construction. Its battery-system production reached 748 GWh, with capacity utilization of 96.9 percent.
CATL sold 661 GWh of lithium-ion batteries during 2025, up 39 percent. Its global power-battery market share reached 39.2 percent, according to data cited by the company.
R&D spending provides another measure of CATL’s investment strategy. The company spent RMB 22.1 billion on R&D in 2025 and more than RMB 90 billion over the previous decade.
But CATL is investing beyond new cells. It recycled 210,000 tonnes of spent batteries in 2025, recovering 24,000 tonnes of lithium salts.
The CATL 2025 investment and manufacturing strategy shows how the battery business is evolving into a vertically integrated ecosystem encompassing manufacturing, energy storage, recycling, fast charging and new chemistries.
BYD Invests Across EVs, Batteries and Charging
BYD’s investment model differs because it controls much of its EV technology stack.
The company generated RMB 804 billion ($111 billion) of revenue in 2025 and sold 4.6 million new-energy vehicles. Sales exceeded another 1.8 million units during the first six months of 2026.
BYD’s strategy combines vehicle factories, Blade batteries, semiconductors, charging technology and international manufacturing.
Its overseas sales surpassed one million vehicles in 2025, while its footprint has expanded across 121 countries and regions.
The company is also investing aggressively in charging. Its 2026 FLASH Charging program includes plans for 20,000 stations in China and 6,000 international stations by the end of 2026.
The BYD global EV expansion strategy illustrates why vertical integration is becoming a powerful competitive advantage: EV manufacturers increasingly need control over batteries, charging and production costs rather than vehicle assembly alone.
Hyundai Adds 1.27 Million Units of Manufacturing Capacity
Hyundai Motor is pursuing another large-scale global manufacturing expansion.
Its 2030 roadmap calls for an additional 1.27 million units of annual manufacturing capacity, including:
500,000 units in North America
320,000 units in India
250,000 units through CKD operations
200,000 units in Korea
Hyundai is targeting more than 80 percent local parts sourcing in North America and 90 percent in India by 2030. Electrified vehicles are expected to represent 60 percent of its sales mix by the end of the decade.
The strategy is particularly important for India, which Hyundai is developing as both a manufacturing and export hub.
Its investment also extends beyond factories into software-defined vehicles, autonomous driving, AI, robotics and next-generation batteries.
Volkswagen PowerCo Builds European Battery Network
Volkswagen is attempting to build a more competitive European battery supply chain through PowerCo.
Production of PowerCo’s standardized Unified Cell has started at Salzgitter, Germany, with 20 GWh of initial annual capacity and potential expansion to 40 GWh. The manufacturing concept is intended to serve as a model for additional facilities, including Valencia in Spain and St. Thomas in Canada.
A major advantage of the standardized architecture is its ability to accommodate different chemistries, including LFP and NMC.
That flexibility matters as automakers attempt to use lower-cost LFP batteries in affordable vehicles while retaining higher-energy-density chemistries for premium applications.
LG Energy Solution Expands North American Battery Capacity
LG Energy Solution is another major beneficiary of the battery-localization investment cycle.
Its Lansing, Michigan facility started production in 2026 and is designed for more than 35 GWh of annual capacity at full scale.
LGES is increasingly balancing EV batteries with stationary energy storage. That diversification is strategically important because battery factories can potentially serve different markets when vehicle demand changes.
The trend could become increasingly significant as grid-scale battery storage expands alongside renewable energy and AI data centers.
Tesla Shows Why EV Investment Is Expanding Into Energy Storage
Tesla’s business illustrates the convergence of EV and energy infrastructure.
Tesla produced approximately 1.65 million vehicles in 2025, while energy-storage deployments reached 46.7 GWh.
This matters because battery manufacturing no longer depends entirely on electric-car demand.
Utility-scale storage, commercial batteries and renewable-energy projects can provide another outlet for battery technology and manufacturing capacity. Battery manufacturers able to address both EV and stationary-storage markets can potentially achieve higher factory utilization.
China Still Dominates Global EV Manufacturing
Despite massive investments elsewhere, China retains a formidable scale advantage.
China produced around 70 percent of the world’s electric cars and more than 80 percent of battery cells in 2025.
Chinese automakers also accounted for more than half of global BEV sales in 2025.
The U.S., Europe, India and Southeast Asia are responding by encouraging localized factories and supply chains.
This creates a different investment objective in each region. China is focused increasingly on technology, exports and international manufacturing, while North America and Europe are investing heavily in localization. India and Southeast Asia are emerging as alternative manufacturing and export hubs.
Charging Networks Become the Next EV Investment Battleground
Manufacturing millions more electric vehicles requires a parallel expansion in charging.
But charging investment is more complicated than simply installing chargers.
A high-power charging site requires grid connections, transformers, substations, land, construction, software, payment infrastructure and maintenance. Adding battery storage can reduce peak grid demand and potentially lower electricity costs.
For investors, charger utilization may ultimately matter more than charger count.
An expensive ultra-fast charging hub with low utilization can generate weak returns, while a smaller facility at a high-traffic location can potentially produce better economics.
The investment opportunity therefore increasingly lies in integrated charging hubs combining fast charging, BESS, solar and smart energy management.
Battery Recycling Emerges as the Next Investment Wave
EV investment is also moving upstream and downstream from battery factories.
Lithium, graphite, nickel, manganese, copper and battery-grade material processing will require significant additional capital as battery demand approaches 3 TWh by 2030.
At the other end of the battery lifecycle, recycling will become increasingly important.
CATL’s recycling of 210,000 tonnes of spent batteries in 2025 demonstrates the potential scale.
Recycling can recover lithium, nickel, cobalt and other materials, potentially reducing exposure to new mining while creating a secondary raw-material supply for battery factories.
Which EV Investments Will Generate the Best Returns?
The biggest investment does not necessarily create the best return.
The critical measures are increasingly factory utilization, manufacturing yield, battery cost per kWh, energy costs, charging utilization and customer demand.
Battery plants illustrate the problem particularly well. The IEA notes that some battery facilities can take more than five years to approach their nominal production capacity.
Investors should therefore distinguish between announced capacity, capacity under construction, operational capacity and actual production.
CATL’s numbers provide a useful benchmark: its 772 GWh manufacturing footprint produced 748 GWh in 2025, equivalent to 96.9 percent utilization.
That level of utilization can matter more economically than announcing a much larger factory pipeline that remains underused.
EV Investment Race Moves From Announcements to Execution
The scale of the 2026 EV investment race is substantial.
Toyota has built a $13.9 billion U.S. battery platform. CATL has 772 GWh of capacity plus 321 GWh under construction. Hyundai plans another 1.27 million units of manufacturing capacity, while BYD is expanding vehicles, batteries and charging internationally.
Meanwhile, global EV battery deployment is heading from 1.2 TWh in 2025 toward almost 3 TWh in 2030.
The next phase will therefore be less about announcing billion-dollar factories and more about making them productive.
For EV manufacturers and investors, the winners are likely to be companies that combine manufacturing scale, high factory utilization, competitive battery costs, localized supply chains, fast-charging infrastructure and access to growing energy-storage markets.
The EV investment race is becoming a test not simply of who spends the most, but who converts capital into the lowest-cost, highest-utilization electric mobility ecosystem.
SHAFANA FAZAL
