Case Studies
UAE 261kWh C&I BESS Solution for EV Charging Station with Solar Integration
LVK Power deployed a 261kWh commercial and industrial battery energy storage system (C&I BESS) integrated with solar PV and EV charging infrastructure in the UAE. The solution helps optimize charging operations, reduce peak grid demand, and improve renewable energy utilization through intelligent EMS control.
Capacity
261kWh
Power
125kW
Commissioning Time
2025
Battery Type
LiFePO4 Battery System
Application Type
Solar + Storage
Delivery Model
EXW
Project Overview
Project Background
LVK Power deployed a 261kWh commercial and industrial battery energy storage system (C&I BESS) integrated with solar PV and EV charging infrastructure in the UAE. The solution helps optimize charging operations, reduce peak grid demand, and improve renewable energy utilization through intelligent EMS control.
Customer Needs
Increasing Charging Demand Multiple EV chargers operating simultaneously can create significant electricity demand peaks, increasing pressure on the local grid. Grid Capacity Limitations Expanding charging infrastructure often requires additional grid capacity, which may increase project investment and construction complexity. Renewable Energy Utilization Solar generation is highly dependent on weather conditions and cannot always match EV charging demand patterns. Need for Intelligent Energy Management The system required coordinated control between solar generation, battery storage, EV charging loads, and grid power. Project Overview LVK Power provided a 261kWh commercial battery energy storage system designed for EV charging applications. The system integrates battery storage, solar PV generation, EV charging equipment, and grid power through an intelligent energy management system. During periods of high electricity demand, the BESS can provide additional power support to reduce pressure on the grid. During periods of excess solar generation, available renewable energy can be stored and used later according to project operation requirements.
Application Focus
Solar + Storage
Solution Design
Integrated ESS Design For Site Operations
LVK Power solution includes:
261kWh C&I Battery Energy Storage System
The system uses LiFePO4 battery technology with high safety performance and long-cycle characteristics, suitable for commercial and industrial energy storage applications.
Intelligent EMS Energy Management
The EMS monitors:
Solar generation
EV charging demand
Grid power
Battery SOC
Operating conditions
Based on real-time data, the system optimizes charging and discharging strategies.
Flexible Solar + Storage Integration
The system allows renewable energy to work together with battery storage and grid power, improving overall energy flexibility.
Remote Monitoring Capability
The platform enables remote system monitoring and operational management for easier maintenance and technical support.
System Architecture
Solar PV
↓
Energy Storage System (261kWh BESS)
↓
EMS Control Platform
↓
EV Charging Station
↓
Grid Power
Installation Images
Results & Benefits
Improved Charging Reliability
The energy storage system provides additional power support for EV charging operations and improves charging stability.
Reduced Peak Grid Pressure
The BESS helps manage short-term high electricity demand and reduces dependence on grid power during peak periods.
Higher Renewable Energy Utilization
Solar generation can be better integrated with charging demand through intelligent energy management.
Flexible Future Expansion
The modular C&I BESS design supports future energy capacity expansion according to project requirements.
Why Choose LVK Power
LVK Power provides commercial and industrial energy storage solutions for EPC contractors, system integrators, and energy developers worldwide.
For this project, LVK Power supported:
C&I BESS system integration
Flexible capacity configuration
Solar + storage solution design
EMS energy management
Technical support for project implementation
System Architecture
Coordinated Power Flow
Solar + Storage
