Core Advantages
Peak Shaving
Smooth demand spikes caused by simultaneous EV fast charging sessions.
Fast Charging
Supports high-power DC fast charging without grid upgrade.
Smart Dispatch
AI-driven EMS optimizes charging schedule based on tariff and load.
Reliable Backup
Keep chargers online during grid outages for revenue continuity.
System Architecture
How It Works
When multiple EVs charge at peak hours, the BESS discharges to support the chargers and avoid demand spikes. Off-peak or solar excess charges the battery.
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Charger Demand
Multiple EVs plug in and request high power simultaneously.
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Battery Discharge
The BESS discharges to supplement grid power, capping demand peaks.
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Solar / Off-peak Charge
Solar or off-peak grid energy refills the BESS for the next cycle.
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Lower TCO
Reduce demand charges and avoid grid upgrade costs.
Value Delivered
- 30-50% Reduce demand charge on EV charging sites.
- 120kW+ DC fast charging supported without grid upgrade.
- 99.9% Charger uptime even during grid events.
- CO₂ Pair with PV for low-carbon EV charging.
Project Cases
Integrated Solar-Storage-Charging Project at a Logistics Park in Jakarta, Indonesia
Jakarta, Indonesia
Capacity: 522 kWh
Result: Green charging costs for the logistics fleet were reduced by 45%.
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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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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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