Sunwoda EVB Technology (Nanjing) Co., Ltd.

Series of power battery solutions Sunwoda develops for passenger vehicles. The BEV line supports both LFP and NCM chemistries and adapts to CTP/CTB/CTC architectures, with a 6C peak charging rate that restores 80% SOC in ten minutes. The high-power HEV line delivers over 15000 W/L of power density, more than 50000 cycles and zero power fade across ten years or 300000 km, keeping Sunwoda first in China's HEV lithium-battery shipments for consecutive years (global No.1 in Q1 2026). The EREV super-fast-charge line runs at 2-5C and recovers 80% in fifteen minutes, covering 100-300 km of electric range from 20-60 kWh packs, while a cylindrical HEV system above 5 kWh adds 150 kW of output for sentry, ADAS and intelligent-chassis loads.

Model: passenger car traction battery system; BEV peak charge rate: 6C; BEV 10-80% SOC time: 10 min; HEV power density: >15000 W/L; HEV cycle life: >50000 cycles; HEV design life: 10 years / 300000 km; EREV charge rate: 2-5C; EREV 10-80% SOC time: 15 min; Operating temperature: -40 to +60 deg C; LFP driving range: >700 km; NCM driving range: >1000 km

• Battery electric passenger cars
• Hybrid passenger cars
• Extended-range and plug-in hybrid passenger cars

The XinHengNeng family is Sunwoda's full-scenario battery solution for commercial fleet electrification, covering heavy trucks, mining trucks and light trucks. It supports megawatt-level super charging (1.44 MW dual-gun, 2400 A) that completes 10-80% SOC in fifteen minutes at ambient temperature for diesel-parity refuelling, validated by a 1125 km field trial in northwest China mining areas. Ultra 3.0 accepts 2.5 MW charging and adds over 470 kWh in ten minutes; Max 3.0 delivers 3.2 million kWh of discharge over ten years with more than 500 km per charge; Pro 3.0 sheds over 600 kg through system integration to raise payload. The industry's first heavy-truck-dedicated large-capacity super-charging cell supports 3.5C, 1.4 MW peak power and 15-minute 10-80% charging with over 5000 cycles, while 3D cooling cuts pack height by 200 mm and weight by 750 kg. More than 2000 super-charging heavy trucks had been delivered by 2025, fitting over 85% of truck models on the market and extending to vessels.

Model: commercial vehicle battery platform XinHengNeng; Megawatt charge power: 1.44 MW (dual-gun 2400 A); 10-80% SOC recharge: 15 min; Ultra 3.0 recharge: >470 kWh in 10 min (2.5 MW); Max 3.0 range: >500 km (3.2 million kWh over 10 years); Heavy-truck cell charge rate: 3.5C (1.4 MW peak); Cell cycle life: >5000 cycles; Pack weight saving: 600 kg; Pack height saving: 200 mm; Operating temperature: -30 to +60 deg C

• Electric heavy trucks
• Mining trucks
• Light trucks
• Commercial vehicles
• Electric vessels (compatible)

Sunwoda's flagship flash-charging battery platform, presented on the official site as the world's first mass-produced flash-charging battery, reaching 80% SOC in ten minutes. A five-layer safety design backed by 367 safety-related patents prevents fire or explosion even under extreme abuse; capacity retention exceeds 90% at -20 deg C, and the design life spans a million kilometres — over twenty years of typical private-car use. The technology roadmap advances stepwise from 4C ultra-fast charging toward 10C flash charging, and the 120 Ah super-charging cell produced by Dongyu Xinsheng (Dongfeng-Sunwoda joint venture) is already in production, supporting 4C charging, a 15-minute 10-80% refill and a cell design life beyond one million kilometres.

Model: flash-charging battery platform; 10-80% SOC charging time: 10 min; Safety patents: 367; Capacity retention at -20 deg C: >90%; Design life: 1 million km (20 years); 120 Ah cell charge rate: 4C (15 min for 10-80%); Planned rate: 10C flash charging; Cell design life: >1 million km

• Passenger car fast charging
• Commercial vehicle super charging
• Energy storage

Sunwoda's marine propulsion battery system is built on the LFP chemistry, and its 314 Ah cell has obtained the China Classification Society (CCS) type approval certificate, providing safer and more reliable power for vessels and supporting the low-carbon transition of cruise and shipping lines. Operation is split into low-load scenarios centred on fast charging to cut energy costs across the full life cycle, and high-load scenarios based on fast charging or battery swapping with high asset utilization and clear fuel-versus-electric savings.

Model: marine propulsion battery system; Cell capacity: 314 Ah; Cell chemistry: lithium iron phosphate (LiFePO4); Certification: CCS type approval; Vessel types: cruise ships / shipping

• Electric vessels
• Cruise ships
• Maritime shipping

Complete overview of Sunwoda's energy storage portfolio, covering generation, transmission, distribution and consumption with installed system capacities from 170 kWh to 6 MWh for scenarios of every scale. Six directions are included: utility-scale storage (containers and outdoor cabinets for the generation, grid and user sides), residential storage (expandable 5-60 kWh), commercial and industrial storage (peak-valley management, renewable buffering, demand response and distributed energy), data center backup (UPS/HVDC), telecom base station backup (48 V smart lithium) and smart energy (integrated park energy services).

Model: energy storage battery portfolio; System capacity range: 170 kWh-6 MWh; Residential expansion: 5-60 kWh; C&I rated capacity: 60 kWh; Telecom station capacity: 50-150 Ah; Data center max discharge rate: 4C

• Generation-side storage
• Grid-side storage
• User-side storage
• Residential storage
• Commercial and industrial storage
• Data center backup
• Telecom base station backup

Utility-scale storage deployed as containers or outdoor cabinets across generation, transmission and distribution. Modular design shortens plant construction time; high space utilization per cabin and high energy and power density combine with stable operation, high overall efficiency, long calendar and cycle life, and broad environmental adaptability.

Model: liquid-cooled storage container / outdoor cabinet; System capacity: 170 kWh-6 MWh; Cooling method: liquid cooling; Grid segments: 3 (generation / transmission / distribution)

• Generation-side storage
• Grid-side storage
• User-side storage

Storage for homes and small wind or rooftop PV installations, expandable with battery cabinets up to 60 kWh and manageable through an app (Android/iOS/Web) that monitors energy production, storage and consumption in real time, in grid-tied or off-grid mode. Typical uses include rooftop PV peak shaving, self-sufficient island properties and emergency backup. The battery module line includes the Atrix series, Oasis 60 and Oasis Rack.

Model: Atrix series / Oasis 60 / Oasis Rack; Expandable capacity: 5-60 kWh; Monitoring: app (Android/iOS/Web); Operation: grid-tied / off-grid

• Rooftop PV home storage
• Island off-grid supply
• Emergency backup power

Backup power for mid-to-large and edge data centers: modular, high-density and elastically scalable. Battery configurations cover 1-800 kVA UPS/HVDC requirements and directly replace lead-acid without custom UPS development; the modular PACK can be serviced independently and mixes new with old batteries, and up to 4C discharge covers 15-minute backup needs. Deployed across finance, healthcare, government, education, petrochemicals and precision manufacturing.

Model: 48V / high-voltage data center products; Backup capacity: 1-800 kVA (UPS/HVDC); Max discharge rate: 4C (15-min backup); Product types: 48V products / high-voltage products; Maintenance: independent modular PACK service

• Mid-to-large data centers
• Edge data centers
• Finance / healthcare / government / education backup

Backup power supply for macro and micro telecom sites, with high energy density that saves space. The modular PACK is independently serviceable, compatible with new and old batteries and mixable with lead-acid; complete protection functions ensure safe and reliable operation, and cycle life reaches 6000 cycles. Coverage spans public-network micro sites, public-network macro sites, railway private networks, defense private networks, and indoor and outdoor variants.

Model: 48V smart lithium battery; Voltage: 48 V; Capacity: 50-150 Ah; Cycle life: 6000 cycles; Type: smart lithium battery; Form factor: indoor / outdoor

• Public-network macro sites
• Public-network micro sites
• Railway private networks
• Defense private networks

Storage for commercial and industrial sites, widely applied to peak-valley management, renewable energy storage, demand response and distributed energy. The flagship C&I Energy Station-5060 is an air-cooled outdoor cabinet with 60 kWh rated capacity at 614.4 V, supporting CAN/RS485/WiFi/ETH communication and Modbus/IEC 61850 protocols, certified to UN38.3, CE and IEC 62619 among others.

Model: C&I Energy Station-5060; Rated capacity: 60 kWh; Rated voltage: 614.4 V; Voltage range: 556.8-662.4 V; Cell cycle life: 6000 cycles at 25 deg C; Cooling: air cooling; Ingress protection: IP55; Communication: CAN/RS485/WiFi/ETH; Dimensions: 1200x2160x750 mm; Weight: 860/880 kg

• C&I peak-valley management
• Renewable energy storage
• Demand response
• Distributed energy

A park-level integrated energy service system built from distributed generation, energy storage, combined cooling, heating and power, integrated energy management and smart grid technologies, achieving multi-energy complementary, technology-driven and green-oriented energy management for industrial parks and campuses.

Model: park integrated energy service system; Energy vectors integrated: 4; Technology components: 4 (distributed generation / storage / CCHP / smart grid); Feature: multi-energy complementary park energy

• Park integrated energy
• Multi-energy complementation

Sunwoda's full-spectrum aviation battery solution for the low-altitude economy, covering crewed flight, cargo, hybrid propulsion and low-voltage emergency scenarios. Platform products with high safety, high specific energy, high power, wide temperature tolerance and long life support the commercial operation of urban air mobility. Solid-liquid hybrid cell technology exceeding 360 Wh/kg has been demonstrated, with semi-solid-state and large cylindrical formats in forward-looking development.

Model: aviation power battery solution; Specific energy: >360 Wh/kg; Cell type: solid-liquid hybrid; Scenarios: 4 (crewed / cargo / hybrid / low-voltage emergency); Roadmap: semi-solid-state / large cylindrical

• Electric aircraft
• Low-altitude economy
• eVTOL