Core Advantages
High Safety
Multi-level safety protection system with active balance, insulation monitoring and thermal management.
Modular Design
Modular structure for flexible expansion and easy maintenance.
Intelligent EMS
AI-powered EMS for real-time monitoring, strategy optimization and remote operation.
Fast Deployment
Prefabricated design for quick installation and easy on-site commissioning.
System Architecture
How It Works
During off-peak hours or when renewable energy is abundant, the system stores electricity. During peak demand or power outages, it discharges to supply power to critical loads, reducing electricity costs and ensuring uninterrupted production.
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Energy Generation
PV or grid supplies power to the system.
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Energy Storage
Excess energy is stored in the LVK Energy Storage Cabinet.
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Energy Discharge
During peak demand or outage, the system automatically discharges.
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Stable & Reliable
Ensure continuous production and protect critical equipment.
Value Delivered
- 20-30% Reduce electricity bills through peak shaving.
- < 10ms Seamless switching ensures uninterrupted power supply.
- 99.9% High reliability for critical factory operations.
- CO₂ Lower carbon emissions. Support green factory and sustainability goals.
Project Cases
2088kWh Multi-Tenant Industrial Park Capacity Optimization Project in Nairobi, Kenya
Nairobi, Kenya (outskirts industrial park)
Capacity: 2088 kWh
Result: Successfully achieved a virtual expansion of available grid capacity by 35%.
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2088kWh Electricity Cost Optimization Project for an Electronics Manufacturing Plant, Vietnam
Northern Vietnam (core industrial zone)
Capacity: 2088 kWh
Result: Overall electricity operating costs reduced by 48%.
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1044kWh Solar-plus-Storage Project for a Large Cold Chain Warehouse in Cape Town, South Africa
Cape Town, South Africa (suburbs)
Capacity: 1044 kWh
Result: Reduced the cold chain center's base electricity costs by 52%.
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