Geely has aggressively expanded its high-speed charging network, now boasting 2,103 stations with single-gun peak outputs of 1,500 kW (1.5 MW) across 215 cities. This rapid deployment places Geely at the leading edge of ultra-fast EV charging, a critical factor in the shift towards “Megawatt Era” replenishment. The company isn’t just building chargers; it’s controlling the entire ecosystem, from hardware to vehicle communication.
1.5 MW Charging Verified with Zeekr 001
The 1,500 kW capability has been tested with the Zeekr 001, utilizing Geely’s “Golden Battery” with a 12C charging rate. Testing shows the vehicle can charge from 10% to 80% state of charge (SoC) in around 7 minutes. This is achieved through a 900V high-voltage architecture that allows for nearly 1,488A current, reducing heat generation and increasing efficiency over previous 800V systems.
Why this matters: Faster charging is key to EV adoption. Reducing charge times to near-gasoline refueling speeds removes a major barrier for consumers. Geely’s move isn’t just about speed; it’s about controlling the entire charging experience, ensuring its vehicles get priority access.
Infrastructure Strategy: Vertical Control
Geely operates its charging stations directly, rather than relying on third-party aggregators. Each 1,500 kW “Megawatt” pile is engineered to support 50–60 vehicles daily, assuming 50 kWh sessions. To avoid straining local grids, the company integrates 300–500 kWh on-site energy storage buffers, allowing for continuous high-speed charging even in areas with limited grid capacity.
The key takeaway: Unlike many competitors who rely on partnerships, Geely owns its infrastructure. This allows the company to prioritize its own brands (Zeekr, Lynk & Co, Lotus) and maintain strict control over charging speeds and protocols.
1,500V Technical Roadmap: Beyond Charging Speed
Geely’s transition to 1,500V architecture is foundational for its premium New Energy Vehicle (NEV) roadmap. The system supports a new 16-in-1 electric drive producing 370 kW (503 hp), powered by Geely’s Aegis short-blade Lithium Iron Phosphate (LFP) units and solid-liquid hybrid batteries.
Aegis chemistry retains 90.5% capacity at -30°C and maintains 92.1% health after 1,500 full charge cycles, addressing long-term durability concerns. This is a significant improvement over older fast-charging technologies, which often degraded battery life faster.
Market Performance and Diversification
In early 2026, Geely Group reported 476,327 deliveries, surpassing BYD by roughly 76,000 vehicles. While BYD plans 20,000 stations through partnerships, Geely currently operates the highest density of 1,500 kW-ready hardware.
To counter a slowing pure-EV market, Geely is diversifying with the Thor 2.0 hybrid system, boasting a verified thermal efficiency of 46.5%. AI algorithms monitor micro-currents to extend battery lifespan by up to 15% by preventing dendrite growth. This suggests Geely is hedging its bets, recognizing that hybrids will remain important for the foreseeable future.
The bigger picture: Geely is positioning its 1,500V architecture as part of a broader ecosystem, combining energy, intelligence (through its Afari Smart Driving system), and vertical control to maintain technical autonomy in a competitive global market. This isn’t just about making faster cars; it’s about building an independent EV infrastructure that keeps Geely ahead.
