Channel-Coordinated Delivery: GSL ENERGY Home Energy Storage Batteries Continue Deployment in Vietnam

Recently, multiple batches of GSL ENERGY home energy storage systems have arrived in Vietnam and have been installed and commissioned by local authorized agents. This batch of projects is not a centralized delivery of a single model. Instead, based on the actual electricity consumption patterns and installation conditions of Vietnamese households, two core product lines – Floor-standing Energy Storage Systems and High-Voltage Stackable Energy Storage Batteries – were deployed simultaneously, forming a representative portfolio of home energy storage applications.

According to feedback from agents on the installation sites, the construction processes are standardized, system wiring is tidy, equipment layout is reasonable, and overall completion is of high quality. This fully demonstrates the local team's mature delivery capabilities and engineering experience in home energy storage projects.

Diverse Home Energy Storage Solutions Comprehensively Cover Varied Power Needs

In the context of Vietnam's home energy storage applications, users show significant differences in electricity consumption scale, available installation space, and system expansion plans. This batch of projects primarily focuses on the following two typical configuration solutions.

1. Floor-standing Energy Storage System | The Preferred Choice for Most Households

Among completed home projects, the floor-standing energy storage system has the highest adoption rate. This solution features a modular design, allowing flexible capacity configuration based on household electricity needs. It supports both standalone operation and system expansion through parallel connection of multiple units, adapting to various applications from basic home power supply to high-load residences.

Completed project configurations include:

80kWh battery energy storage system comprising 5 units in parallel.

32kWh battery configuration with 2 units in parallel.

single-unit 16kWh system for Energy Storage Needs for Small-Sized Homes.

Based on actual operation, this type of solution achieves an excellent balance between initial investment, capacity planning, and future scalability. It avoids the cost pressure of over-sizing the system initially while reserving ample room for future upgrades as electricity consumption grows.

2. 40kWh High-Voltage Stackable Energy Storage Battery | The Choice for Space-Conscious and Integration-Focused Homes

For households with limited space and higher requirements for overall installation aesthetics and system integration, agents concurrently deployed the 40kWh high-voltage stackable energy storage system.

This solution boasts a compact structure, high integration level, and a small footprint. It is suitable for users with clear demands for installation space, tidiness, and overall system visual appeal. It has demonstrated good adaptability and stable performance in several home projects.

Real Household Choices Reflect Market Fit

Looking at the overall configuration of this batch of Vietnamese home energy storage projects, the floor-standing energy storage system, due to its flexible capacity, strong scalability, and cost-effectiveness, has become the preferred choice for most households and has been repeatedly selected across multiple projects. Meanwhile, the high-voltage stackable energy storage system serves as a complementary solution for specific household needs, delivering stable value in corresponding scenarios.

This user demand-driven selection outcome further validates the suitability of GSL ENERGY home energy storage products in the local market.

System-Level Advantages: High Compatibility × Strong Scalability × International Certification Assurance

The GSL ENERGY home energy storage systems used in this batch of Vietnamese home projects possess the following core system-level advantages:

Strong Scalability: Supports parallel connection of up to 16 units, enabling smooth system capacity expansion.

High Compatibility: Highly compatible with mainstream inverter brands, suitable for various off-grid / on-grid / hybrid application architectures.

Modular Design: Structure facilitates efficient installation, maintenance, and future capacity expansion.

Cell Quality: Utilizes Grade A LiFePO₄ cells, balancing safety and cycle life.

Furthermore, the products have obtained multiple international safety and performance certifications, such as UL, CE, and IEC, meeting the market access and compliance requirements of different countries and regions. This provides solid assurance for agents' large-scale promotion and end-users' long-term use.

Real Customer Feedback: Visible Quality, Reliable System

During project delivery and on-site acceptance, some end-users, after inspecting the internal structure and core components of the equipment, provided positive feedback on the material selection and workmanship.

Customers stated that the internal structure of GSL ENERGY's energy storage system is clearly laid out, materials are robust, and details are well-finished. From cell selection to system integration, it reflects high manufacturing standards and quality control. This intuitive experience of "seeing the quality upon opening" further strengthens users' confidence in the product's safety and long-term stable operation.

Channel-Coordinated Delivery, Continuously Building Market Trust

This batch of Vietnamese home energy storage projects was delivered end-to-end by local GSL ENERGY authorized agents, covering processes from equipment arrival to on-site installation and system commissioning. As household-level application cases continue to accumulate, end-users' recognition of product stability, system compatibility, and local service responsiveness keeps increasing.

Through deep collaboration with local channels, GSL ENERGY is gradually building a brand trust system in the Vietnamese market based on real projects and centered around reliable delivery. This lays a solid foundation for the future expansion of home energy storage and larger-scale applications.