Case Studies
261kWh Multi-Energy Complementary Microgrid Project for a Modern Farm in Chiang Mai, Thailand
An LVK 261kWh modular C&I BESS with two optional 120kW MPPT controllers integrated with 150kW rooftop solar, delivering DC-coupled off-grid power for a high-value crop breeding farm in Chiang Mai, Thailand.
Capacity
261 kWh
Power
240 kW (2x 120kW MPPT)
Commissioning Time
Q3 2026
Battery Type
LiFePO4
Application Type
Multi-Energy Complementary Agricultural Microgrid (PV + ESS)
Delivery Model
Turnkey EPC + EMS
Project Overview
Project Background
An LVK 261kWh modular C&I BESS with two optional 120kW MPPT controllers integrated with 150kW rooftop solar, delivering DC-coupled off-grid power for a high-value crop breeding farm in Chiang Mai, Thailand.
Customer Needs
The farm operates extensive smart greenhouse environmental control systems and fully automated precision irrigation systems. Due to its remote location at the end of the power grid, the local utility power quality is poor; frequent unexpected outages and voltage sags cause greenhouse climate control equipment to shut down repeatedly, directly threatening the growth of high-value crops.
Application Focus
Multi-Energy Complementary Agricultural Microgrid (PV + ESS)
Solution Design
Integrated ESS Design For Site Operations
Deployment of an LVK 261kWh C&I modular energy storage system, featuring optional 120kW MPPT controllers to build a highly efficient DC-coupled PV-plus-storage microgrid, ensuring reliable, round-the-clock power for the farm's critical loads.
System Architecture
Coordinated Power Flow
261 kWh Modular BESS + 2x 120kW MPPT + 150kW Rooftop PV (DC-coupled)
DC
AC
Communication
Power Flow
Results & Benefits
Project Outcomes
Achieved continuous, stable power supply with zero-flicker, 24-hour operation, completely eliminating agricultural economic losses caused by power outages.
Utilized DC-coupling technology, resulting in a 5%–8% increase in PV charging efficiency.
The estimated payback period (ROI) is 3.8 years.