Core Advantages
TOU Arbitrage
Charge during off-peak hours and discharge during peak hours to capture price spreads.
Demand Charge Cut
Cap the site's peak demand to reduce monthly demand charges from the utility.
Predictable Cost
Smooth the load profile for more predictable monthly electricity bills.
Drop-In Solution
Container or cabinet form factor for fast installation at any commercial site.
System Architecture
How It Works
The LVK BESS charges from the grid during low-tariff periods, then discharges during high-tariff periods to power the site load. Demand charges are also reduced by capping the site's peak draw.
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Off-Peak Charge
BESS charges from the grid during low-tariff nighttime hours.
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Peak Detection
EMS detects when site demand is rising toward peak-tariff hours.
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Battery Discharge
BESS discharges to supply the load and cap the grid import.
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Lower Bill
Site demand and TOU charges are significantly reduced.
Value Delivered
- 20-30% Reduce monthly electricity bills.
- 30-50% Cut demand charges.
- TOU Capture time-of-use price spreads.
- CO₂ Shift load to off-peak grid mix.
Project Cases
Vietnam 522kWh C&I BESS Solution for Factory Peak Shaving and Energy Cost Optimization
Vietnam
Capacity: 522kWh
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UAE 261kWh C&I BESS Solution for EV Charging Station with Solar Integration
United Arab Emirates
Capacity: 261kWh
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522kWh Commercial Battery Energy Storage System with Solar Integration for Commercial Park in Saudi Arabia
Saudi Arabia
Capacity: 522kWh
Result: Higher Solar Self-Consumption The battery system stores excess solar energy and improves renewable energy utilization. Reduced Peak Electricity Demand Battery discharge during high-demand periods helps reduce grid electricity consumption. Improved Energy Management Efficiency The EMS platform provides real-time monitoring and intelligent energy scheduling. Reliable Operation in Middle East Climate The outdoor energy storage system is designed for demanding environments with high temperatures.
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