Case Studies
522kWh Commercial Battery Energy Storage System with Solar Integration for Commercial Park in Saudi Arabia
LVK provided a 522kWh Commercial & Industrial Battery Energy Storage System (C&I BESS) solution for a commercial park in Riyadh, Saudi Arabia. The project integrates rooftop solar PV, battery storage, and intelligent EMS technology to improve solar utilization, reduce peak electricity costs, and optimize energy management in high-temperature environments.
Capacity
522kWh
Power
250kw
Commissioning Time
2025
Battery Type
TBD
Application Type
Industrial Park
Delivery Model
EXW/FOB
Project Overview
Project Background
LVK provided a 522kWh Commercial & Industrial Battery Energy Storage System (C&I BESS) solution for a commercial park in Riyadh, Saudi Arabia. The project integrates rooftop solar PV, battery storage, and intelligent EMS technology to improve solar utilization, reduce peak electricity costs, and optimize energy management in high-temperature environments.
Customer Needs
High Cooling Loads in Extreme Weather Saudi Arabia experiences extremely high temperatures during summer, causing commercial buildings to consume significant electricity for cooling systems. High cooling demand increases peak electricity consumption and operational costs. Solar Generation Mismatch Although rooftop solar systems generate renewable electricity during daytime, solar production does not always match building consumption patterns. Without energy storage, excess solar energy may not be fully utilized. High Peak Electricity Demand Commercial users require flexible energy management solutions to reduce dependence on grid electricity during expensive peak demand periods.
Application Focus
Industrial Park
Solution Design
Integrated ESS Design For Site Operations
LVK developed a customized 522kWh Solar + Battery Energy Storage Solution to optimize commercial energy usage.
The system combines:
Solar PV generation
Battery energy storage
PCS conversion technology
Intelligent EMS control
The solution achieves:
Solar priority operation
Excess solar energy storage
Peak demand reduction
Intelligent charging and discharging control
System Architecture
Coordinated Power Flow
Solar + Storage
Results & Benefits
Project Outcomes
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.