Industrial Solar Energy System With 768V Voltage

768V High-Voltage Architecture for Industrial Efficiency: Industrial solar energy system built around a 768V core, minimizing current (vs. 400V systems) to reduce wiring losses by 40%. This high-voltage design enables efficient transmission of solar-generated power, supporting large industrial loads like manufacturing machinery, warehouse HVAC, and heavy-duty compressors with minimal energy waste.

Products Description

The 215KWH 768V 280AH High Voltage industrial commercial energy storage solution system with battery box container

Scalable 768V Solar + Storage Integration:
Combines high-efficiency solar panels (22-23% conversion rate) with 768V LiFePO4 battery storage (280Ah cells), delivering scalable capacity from 215kWh to 5MWh+. Stores excess solar energy during peak daylight hours for use in evenings or cloudy periods, boosting renewable self-consumption from 50% to 85%+ and slashing industrial grid reliance.

768V-Driven Power Handling:
250kW–1MW bi-directional PCS (Power Conversion System) optimized for 768V operation, achieving 98.5% efficiency. Converts DC solar/battery energy to 3-phase AC (480V/600V) for industrial grids, supporting 1C continuous discharge (full capacity in 1 hour) and 2C surge capacity to handle sudden load spikes (e.g., motor startups, production line surges).

Industrial-Grade Durability with 768V Resilience:

Solar Panels: Mono/polycrystalline modules with anti-reflective glass and aluminum frames, rated for 25+ years of outdoor use (withstand 160mph winds and 1.5-inch hailstones).

768V Batteries: 280Ah LiFePO4 cells engineered for 6,000+ cycles (15+ year lifespan), resistant to vibration (IEC 60068-2-6) and extreme temperatures (-30°F to 140°F), ideal for factory floors or outdoor industrial yards.

Cost-Saving 768V Energy Management:

Peak Shaving: Uses 768V efficiency to discharge stored solar energy during high-tariff hours, cutting industrial electricity costs by 40–50% annually (saves $30,000–$100,000/year for mid-sized factories).

Load Alignment: Syncs solar output with machinery schedules, ensuring high-power equipment runs during midday solar peaks to minimize grid usage.

Remote Monitoring: Cloud-based EMS tracks 768V system health, solar production, and battery SOC, with real-time alerts for voltage imbalances or panel degradation to prevent downtime.

Products parameter

BATTERY PACK 1P16S
RATED VOLTAGE	51.2V
NOMINAL CAPACITY	280AH
PACK POWER	14.336KWH
WEIGHT	130KG
BATTERY SYSTEM 1P224S
RATED VOLTAGE	716.8V
NOMINAL CAPACITY	280AH
RATED CURRENT	140A
BATTERY POWER	215KWH
VOLTAGE RANGE	627.2-806.4V
MAX EFFICIENCY	≥95%
COOLING	FORCED AIR
OPTIMAL WORKING TEMPERATURE RANGE	-20°C-60°C
PROTECTION DEGREE	IP54
DIMENSION	225013001190MM
WEIGHT	2100KG
CERTIFICATES	CE, UN38.3,UL,ROHS, EMC, REACH