60kWh High Voltage Battery Energy Storage System Case Study with Solis Inverters

Overview of High Voltage Battery Energy Storage

As energy costs continue to rise and solar adoption accelerates across Southeast Asia, high-voltage battery energy storage systems are becoming a critical component of reliable and efficient power infrastructure.

This case study highlights a 60kWh high-voltage battery energy storage project in Vietnam, where a stackable high-voltage LiFePO₄ battery system was successfully deployed and integrated with Solis and Deye (DEYE) hybrid inverters to support solar self-consumption, peak shaving, and backup power.

Project Background: Growing Demand for High Voltage Batteries for Energy Storage

Vietnam's commercial and industrial (C&I) energy users face increasing pressure from:

Grid instability and peak-hour electricity tariffs

Mismatch between daytime solar generation and actual load demand

Growing expectations for system efficiency, safety, and long-term reliability

To address these challenges, the customer prioritized a high-voltage battery solution capable of delivering higher efficiency, reduced energy losses, and seamless compatibility with established inverter brands.

Energy Storage Solution: High Voltage Battery Energy Storage Solution (60kWh Battery)

The project utilizes 60kWh high-voltage batteries for an energy storage solution, designed with a modular, stackable architecture for fast deployment and future scalability.

Key System Specifications

Total Capacity: 60kWh Battery

Battery Chemistry: Lithium Iron Phosphate (LiFePO₄)

System Voltage: High Voltage (HV Platform)

Design: Stackable, modular battery architecture

Inverter Compatibility: Solis & Deye high voltage hybrid inverters

Application Scenarios: Solar self-consumption, peak shaving, backup power

By operating at a higher voltage level, the system significantly reduces current flow, cable losses, and thermal stress, resulting in improved overall system efficiency and reliability.

Why High Voltage Battery Energy Storage Systems Are Preferred

From a technical and economic perspective, high-voltage battery energy storage systems offer clear advantages:

Higher Efficiency with High Voltage Batteries

High-voltage batteries for energy storage operate at lower current levels, reducing power loss and improving round-trip efficiency.

Better Compatibility with Solar Inverters

High-voltage battery energy storage integrates seamlessly with Solis and Deye hybrid inverters, reducing commissioning time and system complexity.

Scalable High Voltage Battery Design

The stackable architecture allows the high-voltage battery energy storage system to expand capacity as energy demand grows.

Improved Safety and Reliability

Advanced BMS and multi-layer protection ensure safe operation of high voltage batteries for energy storage in demanding environments.

Installation and Performance of the High Voltage Battery Energy Storage System

The system was installed and commissioned on schedule, with a compact footprint and clean on-site layout. Since commissioning, the high-voltage battery energy storage system has demonstrated stable performance under Vietnam’s high-temperature and high-humidity operating conditions.

Key operational outcomes include:

Increased solar self-consumption rate

Reduced peak electricity demand from the grid

Reliable backup power during grid fluctuations

The customer reported strong satisfaction with system stability, energy efficiency, and overall build quality.

Manufacturer Expertise in High Voltage Batteries for Energy Storage

As a professional manufacturer of high-voltage batteries for energy storage, GSL ENERGY provides factory-direct battery solutions for residential, commercial, and industrial applications worldwide.

Why Partners Choose GSL ENERGY

In-house manufacturing with OEM / ODM / customized HV ESS solutions

Proven compatibility with global inverter brands

Compliance with international standards (IEC, CE, UN38.3, MSDS, CB)

Extensive overseas project experience across Asia, Europe, and the Americas

Our focus is on delivering safe, scalable, and efficient high-voltage battery energy storage systems that support long-term energy resilience.

Conclusion: High Voltage Battery Energy Storage in Vietnam

This Vietnam 60kWh project demonstrates the real-world value of high-voltage batteries for energy storage in modern solar-plus-storage applications. By combining a high-voltage stacked battery system with trusted inverter platforms, the customer achieved measurable cost savings, improved energy efficiency, and enhanced power security.

📩 For high voltage battery energy storage solutions, technical specifications, or project support, contact GSL ENERGY today.