What are the direct benefits of using a hybrid inverter for the factory?

Hybrid inverters integrate the functions of traditional grid-tied inverters and Power Conversion Systems (PCS); this reduces the physical footprint required for hardware installation and allows for more flexible energy dispatching between the PV system, batteries, and the grid.

Given the frequent charging and discharging of the energy storage system, what is the expected battery lifespan?

By utilizing high-quality, industrial-grade Grade-A LFP (Lithium Iron Phosphate) cells combined with advanced liquid-cooling thermal management technology, the system is designed for a lifespan of over 10 years, ensuring more reliable long-term operational returns.

Does installing the energy storage system require the factory to halt production?

No. The system features a highly integrated, all-in-one design that supports minimally invasive grid connection; most commissioning is performed offline, eliminating the need to stop production.

Case Studies

Thailand Chonburi Industrial Park Solar + Storage Project | 2.17MWp PV + 2088kWh Containerized BESS by LVK Power

To help industrial customers reduce electricity costs and maximize renewable energy utilization, LVK Power delivered a large-scale solar and battery storage project in Chonburi Industrial Park, Thailand. By integrating photovoltaic generation with a containerized battery energy storage system, the project improves energy efficiency, enhances energy independence, and shortens the return on investment.

Location Northern Vietnam (core industrial zone)

Application Manufacturing Plant

Solution Type 2088 kWh Modular Liquid-Cooled BESS + Hybrid Inverter + Enterprise EMS

Year December 14, 2025

Capacity 2088 kWh

Power 2.17 MWp

Commissioning Time December 14, 2025

Battery Type LiFePO4 (Grade-A Cells, Liquid-Cooled)

Application Type Manufacturing Plant

Delivery Model EXW/FOB

Project Overview

Project Background

Customer Needs

1.Rising electricity costs increased factory operating expenses. 2.The existing 1 MWp solar system could not fully meet energy demand. 3.Excess solar energy generated during the day could not be stored. 4.The factory remained highly dependent on the utility grid. 5.The customer required greater energy independence and long-term energy stability.

Application Focus

Manufacturing Plant

Solution Design

Integrated ESS Design For Site Operations

1.Expanded the solar capacity by adding 1.17 MWp, increasing the total installed capacity to 2.17 MWp. 2.Deployed a 2088 kWh containerized battery energy storage system. 3.Adopted a modular design for easier transportation, installation, and future expansion. 4.Implemented advanced DC-coupled solar and storage technology. 5.Integrated an intelligent Energy Management System (EMS). 6.Established an operating strategy prioritizing solar power, followed by battery storage, with the grid serving as backup power.

Energy Storage 2088 kWh

Power Conversion 2.17 MWp

EMS Control EXW/FOB

Battery Safety LiFePO4 (Grade-A Cells, Liquid-Cooled)

Thailand Chonburi Industrial Park Solar + Storage Project | 2.17MWp PV + 2088kWh Containerized BESS by LVK Power solution equipment

System Architecture

Coordinated Power Flow

2088 kWh Modular Liquid-Cooled BESS + Hybrid Inverter + Enterprise EMS

Thailand Chonburi Industrial Park Solar + Storage Project | 2.17MWp PV + 2088kWh Containerized BESS by LVK Power system architecture

Results & Benefits

Project Outcomes

Outcome 01

Significantly reduced monthly electricity costs.

Outcome 02

Increased solar self-consumption.

Outcome 03

Improved overall energy efficiency.

Outcome 04

Reduced dependence on the utility grid.