Public Charging Networks
Expand EV charging infrastructure quickly without waiting for costly grid capacity upgrades.
CPOFast ChargingGrid Support
0%
Reduction in Grid Upgrade Costs
0%
Peak Demand Reduction
0 kW+
Fast Charging Support
0%
Round-Trip Efficiency
0/7
Charging Availability
// Core Capabilities
Engineered for your application.
High-Power Fast Charging Support
Enable ultra-fast EV charging even in locations where the grid cannot support high charging loads directly.
Peak Demand Management
Reduce demand charges by using stored energy during charging peaks instead of drawing excess power from the grid.
Grid Upgrade Avoidance
Deploy charging infrastructure faster by avoiding expensive transformer upgrades and additional load sanctions.
Energy Buffering
Store energy during low-demand periods and discharge during charging sessions to stabilize site loads.
Solar-Powered EV Charging
Integrate solar generation and battery storage to maximize renewable energy usage and lower operating costs.
Intelligent Charging Optimization
Advanced EMS coordinates charging loads, battery dispatch, tariff optimization, and renewable energy integration.
// Deployment Process
How we deliver your system.
From site study to live O&M — a structured process with clear milestones and no surprises.
01
Charging Infrastructure Assessment
Evaluate charger loads, site constraints, grid availability, and future expansion requirements.
02
BESS & Charging System Design
Engineer an optimized Battery Energy Storage System that supports charging demand while minimizing grid dependency.
03
System Integration
Integrate BESS with EV chargers, renewable energy systems, and energy management platforms.
04
Commissioning & Validation
Test charging performance, EMS control strategies, and battery operation under real-world load conditions.
05
Monitoring & Optimization
Continuously optimize charging economics, battery utilization, and charging station performance.
// Technical Specifications
Download full data sheet →The numbers that matter.
Energy & Power
| Nominal capacity | 100 kWh – 20 MWh (modular) |
| Power output | 50 kW – 10 MW (scalable) |
| Round-trip efficiency | ≥ 95% AC-AC |
| Depth of discharge | 90% (default), 95% max |
EV Charging Support
| Charging compatibility | AC & DC fast charging |
| Charging power support | Up to 350 kW+ per charger |
| Load balancing | Dynamic EMS controlled |
| Grid buffering | Supported |
Battery System
| Cell chemistry | Lithium Iron Phosphate (LFP) |
| Cycle life | ≥ 6,000 cycles @ 70% DoD |
| Design life | 15–20 years |
| Battery management | Advanced BMS with cell-level monitoring |
Energy Management
| Peak shaving | Supported |
| Tariff optimization | Supported |
| Remote monitoring | 24/7 EMS platform |
| Renewable integration | Solar + Storage compatible |
Safety & Compliance
| Fire protection | Multi-layer suppression system |
| Thermal management | Active liquid / HVAC cooling |
| Standards | IEC, UL, NFPA compliant |
| Ingress protection | IP54 / IP55 enclosure |
// Use Cases
Where it gets deployed.
Fleet Charging Depots
Support electric buses, trucks, delivery vehicles, and commercial fleets with reliable high-power charging.
Fleet ChargingCommercial VehiclesDepot Operations
Highway Charging Hubs
Deliver ultra-fast charging along transportation corridors while managing limited grid availability.
Highway ChargingDC Fast ChargingMobility Hubs
Commercial & Retail Locations
Add EV charging services without disrupting existing facility power requirements or increasing demand charges.
RetailCommercial BuildingsEnergy Optimization
// Let's build
Ready to build resilient energy infrastructure?
Talk to our engineering team about sizing, safety and deployment timelines for your site or grid.