Viridi E-Mobility Technology (Ningbo) Co., Ltd.

Highly integrated power battery packs built on multiple technology routes and full-stack in-house R&D covering cells, BMS and pack, delivering all-scenario power battery solutions. With 12 automated lines and 16 flexible lines, the product series covers 15.5-100 kWh with an annual pack capacity of 1,047,000 units. The EV solution covers 400V/800V platforms based on IPS integrated technology (CTP high integration, 35% fewer parts) plus 8 thermal-safety protections for no thermal propagation (NTP); the PHEV solution uses three-layer module stacking with side liquid cooling; the HEV solution is a high-power pack with wrap-around liquid cooling on three sides and is the industry's first power battery to withstand 240 s of fire.

Volume utilization: up to 83.7%; 10%-80% SOC charging: 10.5 min (base 95 kWh, CLTC 720 km); 5-min extreme charging range: 235 km+; PHEV energy density: 145 Wh/kg (high-nickel ternary); HEV charge/discharge power: 65 kW@10s@50% SOC; Capacity range: 15.5-100 kWh; Annual capacity: 1,047,000 units; Fire resistance: 240 s (national standard 130 s)

• BEV passenger cars (400V/800V platforms)
• PHEV models
• HEV models
• 48V mild-hybrid systems
• Equipped models: Zeekr 001/007/7X/009, smart #1/#3/#5, Volvo XC60/XC90/EX30, Lynk & Co 09/06/01/Z10/Z20, etc.

A brand-new 800V BMS platform that, together with the Zeekr SEA architecture and new intelligent batteries, enables a 1,000 km range. It features millisecond-level high-voltage flash interruption (smart FUSE), full-time dual-backup thermal runaway monitoring and early warning (multi-factor coupling + reverse wakeup), bidirectional daisy-chain communication, and A/B partition dual-backup seamless flashing with code rollback. Equipped with a new-generation ADI acquisition chip, it estimates SOC based on battery models and Kalman filtering and performs online model parameter identification via big-data cloud-ground fusion algorithms. Backed by the enterprise big-data platform, it offers personalized battery algorithms such as intelligent power prediction and smart charging. Certified ISO 26262 ASIL-C; cooperation cases include the Lotus ELETRE.

SOC estimation accuracy: 2%; SOH accuracy: 3%; Cell voltage sampling accuracy: ±3mV; High-voltage flash interruption: 2 ms; Thermal runaway monitoring: 24h×365d full-time dual backup; Functional safety level: ASIL-C (ISO 26262)

• 800V high-voltage platform NEVs
• Zeekr SEA architecture models
• Cooperation models such as Lotus ELETRE

The 800V series of the three-in-one e-drive platform (motor, reducer, inverter) delivers higher power density with a SiC controller. The dual-motor system provides precise independent left/right wheel drive and can perform tank turns. The entire series supports static and dynamic heating and NVH optimization via low radial electromagnetic force density, with multiple technology routes including a high-efficiency coaxial planetary gear reducer and induction motors with low drag losses.

Dual-motor peak power: 2×310 kW (assembly peak torque 2×4040 N·m, peak speed 20000+ rpm); Dual-motor peak power: 2×155 kW (2×2000 N·m, 20000+ rpm); Single-motor peak power: 310 kW (4400 N·m, 18000 rpm); Single-motor peak power: 270 kW (3700 N·m, 18000 rpm); Single-motor peak power: 165 kW (2840 N·m, 18000 rpm); Left/right wheel torque accuracy: 2.5%

• High-performance BEV AWD/RWD
• SEA platform models
• Zeekr 001/001FR/007/009, etc.

The 400V series is lightweight and compact with better NVH performance, adaptable to both primary and auxiliary drive applications with higher cost-effectiveness. The 250 kW version uses a low oil-churn loss reducer and an induction motor with low drag losses; the 200 kW version features high-contact-ratio gearing with an optional gear-shaft disengagement configuration; the 115 kW version integrates controller functions on a shared board and shared chips, with high-integration self-sealing, modular stator/rotor design and a V-shaped segmented skewed rotor.

Single-motor peak power: 250 kW (assembly peak torque 3970 N·m, peak speed 18500 rpm); Single-motor peak power: 200 kW (3840 N·m, 16500 rpm); Single-motor peak power: 115 kW (2200 N·m, 16000 rpm); Disengagement configuration: optional gear shaft

• 400V platform primary drive
• Auxiliary drive for AWD models
• Lynk & Co Z10/Z20, smart #1, etc.

Charging pile product line from China's first company to mass-produce an all-liquid-cooled architecture platform, with core components developed in-house and three generations of products in three years. The HPC extreme liquid-cooled charging platform is the world's first charging pile to deliver 800 A output current, with V2G functionality, fully enclosed liquid-cooled design, ultra-thin liquid-cooled cable (only 1/2 the weight of ordinary cable) and station-level intelligent power allocation. The GPC liquid-cooled supercharging platform covers 60-600 kW ultra-high power with fully isolated liquid cooling, up to six connectors per unit with intelligent allocation and multi-interface energy access; super and extreme charging switch quickly. Max 600 kW per connector, 5-year warranty, unattended operation and multi-scenario adaptability.

Max output power per connector: 600 kW; Max output current: 800 A (HPC liquid-cooled); Optional output current: 800 A/650 A (liquid-cooled) or 250 A (conventional); Power range: 60-600 kW (GPC); Connectors: up to 6 per unit; Protection rating: IP65; Warranty: 5 years; Design life: 15 years; Station profitability: up to 3x conventional equipment

• Urban public supercharging stations
• PV-storage-charging integrated stations
• High-power replenishment at highway service areas
• Cases: Zeekr Quzhou 5-star A-level PV-storage-charging station, Quzhou Kecheng public charging infrastructure, three liquid-cooled supercharging stations in Zhuhai

Fully self-developed on-board OBC, DCDC and PDU products, both separate and integrated. The whole series uses new SiC devices and fully digital high-frequency soft-switching control, supporting V2L/V2V/V2G discharge and PTC heating; OBC, DCDC and PDU can be combined in any integration per OEM requirements. The 22 kW ODP is China's first mass-produced unit, fitted on multiple European models; it adapts to global grids in China, Europe, America and Japan, meets GB/T 20234.1, GB/T 18487.1, IEC 61851-1, SAE J1772 and other standards, and supports seamless OTA. 100% automotive-grade components, meeting ISO 26262 ASIL-C and ISO 17409 high-voltage electrical safety standards.

OBC power: 7.2 kW/22 kW; DCDC power: 2.5 kW/3 kW; Max integrated charge/discharge power: 20 kW (China's first 20 kW high-power system); Voltage platform: full 400V/800V adaptation; SiC efficiency gain: 0.5%; Functional safety: ASIL-C (ISO 26262); Vehicle-grade life: 10 years/300,000 km

• On-board charging for 400V/800V platforms
• V2L/V2V/V2G external discharge
• European V2G grid market
• Cases: Polestar, Volvo, Zeekr (European versions)

Residential energy storage line for home smart microgrids, offering split-type and integrated (stacked) designs. The split type adopts automotive power battery architecture, multi-level electrical protection and in-house BMS, with 94.8% round-trip efficiency and long cycle life; its ultra-slim wall-mounted design won the US Muse Design Silver Award and supports V2H vehicle-storage interaction. The companion single-phase hybrid inverter features a compact IP66 wall-mounted design for off-grid backup. The stacked version uses LFP cells with highly integrated battery, PCS and BMS, supporting wireless control, APP remote diagnostics, mixed use of old and new packs (replace not repair) and 15-minute installation.

Round-trip efficiency: 94.8%; Parallel output power: 40 kW (8 units in parallel); Capacity expansion: 5.3-42.6 kWh (8 parallel units, split type); Stacked capacity: 5.6-22.4 kWh; Protection rating: IP66 (companion inverter); Cell type: LFP; Installation: stacked plug-and-play in 15 minutes

• Home smart microgrid and off-grid backup
• Household PV-storage cost management
• Support for supercharging stations and other scenarios
• Overseas residential ESS markets

Standardized zero-capacity-loss smart energy storage, highly integrating high-energy-density lithium batteries, BMS, PCS, EMS, fire protection and air-conditioning thermal control. The air-cooled all-in-one cabinet uses All-in-One design with low-voltage AC-side paralleling for zero loss; fully pre-assembled delivery with installation and commissioning in just 1-2 days. The liquid-cooled DC cabinet uses efficient liquid cooling to keep the battery temperature difference below 3°C, cuts floor area by more than 20% and supports multi-unit expansion. Both adopt the four-part predict-prevent-block-treat safety design: AI big-data fault prediction 8 hours ahead, high-precision detection alarm 30 minutes in advance, no-propagation technology blocking thermal runaway, and combined water-gas fire suppression.

Floor area: 1.76 m2 (air-cooled all-in-one, over 30% saving vs split type); Battery temperature difference: below 3°C (liquid-cooled DC); Floor area reduction: over 20% (liquid-cooled); Fault prediction: 8 hours ahead (AI big data); Alarm: 30 minutes in advance; Installation and commissioning: 1-2 days (fully pre-assembled)

• Commercial and industrial ESS
• Distribution-area storage (Chongqing's first project)
• Factory integrated energy microgrid demonstration
• Generation-side/shared storage (Yuanping Shanxi, Neixiang Henan projects)

An all-domain evolved energy storage cluster solution with both air-cooled and liquid-cooled container products. Air-cooled containers are fully pre-assembled at the factory with integrated transport, commissioning and installation, low full-life-cycle cost and single-cluster thermal management for high temperature consistency. Liquid-cooled containers are standardized to adapt to different demand scenarios, with efficient liquid cooling, multi-level circuit protection and cloud-monitoring intelligent O&M. Both feature four-part predict-prevent-block-treat safety, strongly coupled smart fire linkage, no-thermal-runaway pack technology, modular customization with precise group control, and ultra-quiet DC systems.

Fault prediction: 8 hours ahead (AI big data); Alarm: 30 minutes in advance; Thermal management: single-cluster (air-cooled) / high-consistency liquid cooling; Delivery: fully factory pre-assembled; Safety: no-thermal-runaway pack technology, multi-level multiple blocking

• All-domain storage cluster power stations
• Factory renewable-plus-storage (Vremt Ningbo wind-solar-storage-charging project)
• Microgrid demonstrations (Geely Hangzhou Bay plant)
• Storage station construction (Wufengshan storage station)

Split-type portable energy storage multi-scenario emergency power solution: power module and battery module are separate, so power and capacity can be selected on demand; a first-of-its-kind quick-plug functional component interface enables rapid function expansion; multiple data interfaces charge phones, laptops and more; APP connection via Wi-Fi or Bluetooth enables remote monitoring of power usage; compact and lightweight, it handles power shortage, blackout and emergency rescue needs for outdoor travel and home emergency power.

Design: separate power module + battery module, selectable on demand; Functional components: first quick-plug interface for rapid expansion; Remote monitoring: APP (Wi-Fi/Bluetooth); Typical capacity: 0.5-3 kWh (outdoor portable); Typical AC output: 1-3 kW (outdoor portable)

• Short-trip outdoor power
• Home emergency backup
• Disaster relief power supply

Ultra-adaptable ESS infrastructure components, exploring efficient and safe routes for smart energy engineering: multi-disciplinary simulation (mechanical/thermal/life) jointly achieves optimal rack design; refined thermal management delivers no thermal propagation and no fire, securing pack full-life-cycle safety; automotive pack-grade advanced flexible lines ensure product consistency; delivery follows multi-dimensional vehicle-grade safety testing.

Simulation types: mechanical/thermal/life, three disciplines; Thermal safety: no thermal propagation, no fire; Production: vehicle-grade pack flexible line; Typical cell cycle life: ESS LFP 6000+ cycles; Typical system efficiency: 85%+

• ESS system integrator infrastructure supply
• C&I and utility-scale storage pack supply
• Vehicle-grade storage component external supply

Digital management and analysis platform for storage equipment, built on four technologies: IoT, AI, digital twin and big data. The comprehensive smart energy platform jointly plans, optimally operates and balances dispatch of water, electricity, gas and heat, offering multi-energy smart monitoring, intelligent energy diagnosis, energy-efficiency optimization and digital carbon management (built-in carbon factor library, carbon-footprint certification interface); the smart energy management platform integrates visualized maintenance, refined management and big data analysis, intelligently managing storage, PV, wind and load systems with station safety early warning, remote O&M and smart operation; the home energy ecosystem covers user APP, dealer O&M WEB and installer O&M APP.

Data storage interval: second-level; Uptime: 24h uninterrupted; Coverage: wind-solar-load-storage-charging scenarios; Alerts: second-level alarm/fault notification; Backup: cloud backup record tracking and remote policy push

• Wind-solar-storage-charging station monitoring and operation
• Enterprise integrated energy and digital carbon management
• Home energy monitoring (user/dealer/installer ends)
• Energy saving for Vremt and Geely plants