Micro-Grid System

PowerLink currently has two main types of energy storage products: hybrid energy systems and microgrid systems. Among them, hybrid energy systems include PES, PHE, BES, ABS and other series of products; The microgrid system has three series of products: RHE, CHE, and IHE,

Hybrid energy systems are mainly aimed at off grid scenarios, providing complementary power supply through multiple energy sources such as energy storage batteries, photovoltaics, and diesel generators to meet customers’ demand for reliable electricity.

Microgrid system is a battery energy storage system suitable for both parallel and off grid application scenarios. It has the characteristics of high integration, ultra-high energy density, and flexible configuration, and can provide users with independent power stations or efficient energy products that are energy-saving and environmentally friendly.

Powerlink microgrid system is a battery energy storage system suitable for grid-connected and off-grid applications.

It features high integration, ultra-high energy density, and flexible configuration, providing users with independent power supply or energy-efficient, eco-friendly power solutions.

The IHE series industrial and commercial microgrid systems feature high integration, ultra-high energy density, and flexible configuration, providing users with independent power supplies or energy-efficient and environmentally friendly energy products.

1. Large-capacity microgrid system, suitable for peak shaving, frequency regulation, etc., with a power output of 1250-2500kWe.

2. Utilizes a modular design with separate battery cabinets and PCS cabinets for rapid assembly and deployment.

3. EMS intelligent management system for real-time monitoring and scheduling of BMS and PCS systems, operable locally or remotely via APP & Web.

4. IP54 protection rating, suitable for harsh operating environments.

5.  Power output panel equipped with copper busbars for easy operation.

The CHE series commercial microgrid systems feature high integration, ultra-high energy density, and flexible configuration, providing users with independent power sources or energy-efficient and environmentally friendly energy products.

Large-capacity microgrid systems are suitable for commercial applications, peak shaving and valley filling to reduce electricity costs, with power output ranging from 30-1000 kWh.

The BMS system employs a three-tiered management architecture of battery stacks, battery clusters, and battery packs, with a total capacity of 104.5-2080 kWh.

The fire suppression system uses perfluorohexanone (PFH) extinguishing agent and is equipped with automatic detection and triggering systems such as smoke and heat sensors.

The EMS intelligent management system provides real-time monitoring and scheduling of the BMS and PCS systems, and can be operated via local HMI or remote APP & Web applications.

A large-capacity cooling system allows the entire unit to operate in ambient temperatures from -30°C to 50°C.

The unit has an IP54 protection rating, adapting to harsh operating environments.

This residential microgrid system operates in parallel with the power grid, charging/discharging according to a time-of-use schedule, reducing electricity costs for users by approximately 70%.

Power output: 12-100kWh; battery capacity: 30.72-125kWh; supports 1C charge/discharge rate.

Equipped with 4 photovoltaic input interfaces, utilizing green energy with a power output of 18-153.6kWp; wind power can also be connected.

EMS intelligent management system, providing real-time monitoring and scheduling of the BMS and PCS systems; operable via local HMI or remote APP & Web.

IP54 protection rating, suitable for harsh operating environments.

Power output panel equipped with fast-connect sockets and copper busbars for plug-and-play operation.

Microgrids are mainly used for off-grid scenarios such as power supply at construction sites, tower cranes, and events. They are also applied in grid-connected scenarios including PV and wind power storage, peak shaving, and frequency regulation.

In addition, they can be used in both grid-connected and off-grid modes for factories, mining, agriculture, and commercial applications.

The output power ranges from 12 kWe to 2500 kWe, covering a wide range of applications.

• Peak Shaving & Valley Filling: Reduce electricity costs by utilizing price differentials between off-peak and peak hours.
• PV Energy Storage: Maximize self-consumption of solar energy (supports PV input up to 50kW).
• UPS / Off-grid Power Supply: Provides uninterrupted power during grid outages with fast off-grid switching capability.
• Power Trading: Enables participation in grid interaction and electricity market transactions.

  The system is compatible with multiple energy inputs: batteries, grid, generator and PV (Batt+Grid/Gen+PV).

The entire CHES series (from CHESS30 to CHESS125) adopts an advanced liquid cooling temperature control system with R404a refrigerant, ensuring battery safety and service life under high-load conditions.

In terms of noise control, all models produce only 58 dBA at a 7-meter distance, operating very quietly. They are highly suitable for noise-sensitive commercial offices, residential areas and indoor environments.

• Peak Shaving & Valley Filling: Reduce electricity expenses.
• PV Energy Storage: Improve solar self-consumption rate.
• UPS / Off-grid Power Supply: Provides seamless, uninterrupted power during grid outages.

Unlike large commercial liquid-cooled systems, the entire RHES series (including RHES12S, RHES24S and their three-phase versions) uses natural cooling, with no additional air conditioning or liquid cooling units required. This simplifies system structure and reduces maintenance costs.

All models operate at only 50 dBA at a 7-meter distance, extremely quiet and perfect for noise-sensitive residential or indoor installations.