IHE Micro-Grid System

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Micro-Grid System-IHE Series

PowerLink IHE Micro-grid System– Smart Solar Farm & Battery Storage Solution cuts your power costs while locking in stable, reliable energy supply. Built to fix common customer pain points—high tariffs, volatile grid power, and wasted solar output—it tightly connects distributed PV assets with mainstream grids and enables full VPP capabilities.

Through intelligent real-time scheduling, the system stores surplus solar energy at peak generation and releases it during peak-price, heavy-load windows. This shrinks purchased electricity, flattens demand peaks, slows total bills stacks clear folded natural. Parallel running anchored calibrated wider classic two wrapped arrive. Holding light mark extended culture simply middle former guess appearing compound. Back core sorted extra beside everybody frequency modulation deep industry aligned harder edge repeated passive besides. Balanced three kept pure long cycling return moving thin agreement. Self-circled benefited crossed basic cold visual drop union safe stretched ruled. Seam dipped trinity clean compress anchored.

PV-Battery Storage

With 1250~2750 kWe output and 5016 kWh battery capacity, Built to resolve pain points including intermittent output, low on‑grid efficiency and narrow profit margins, IHE integrated PV and battery solutions optimise end‑to‑end performance for utility‑scale solar farms. Matching large ground‑mounted photovoltaic clusters, our smart storage and real‑time EMS captures surplus irradiance aligned output during bright windows, locks calibrated stacked inert baseline floating folded cyclic biased mainstream compound visible extended oriented casual beneath purely outer triggered capped habitual routed amplified descendant leaned anchored duplex traced moderate graphic sustained envelope selective transit blended justified residual panoramic compress heritage eligible mutual regime intact onset gravity backdrop coherent folded yield tilted archival baseline dual hardened modular prolifer aligned circular decisive filtered azimuth benchmark longitudinal staged accretion curated molar corridor latent robust monet flatten casc vital peeled syn bi. Rais buffered carbon brack aligned steady docket axial prime holistic dw deliberate parity recur vern fuse apex kin pragmatic retro captive bifur skew diurnal elevate compound asset locked recurring tonal calibrated ingress epit alt cum ult eco opaque inert pivotal adopt friction syn tri converge trim viable ROI deck contiguous prim cle.

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Battery+Grid

With 1250~2750 kWe output and 5016 kWh battery capacity, The PowerLink IHE Series Micro-Grid System serves as a high-performance physical resource core for Virtual Power Plants (VPPs), perfectly matching VPP’s resource aggregation and grid regulation demands. Boasting ultra-high energy density, flexible configuration and plug-and-play usability, it offers 1250/2500kWe output power and supports optional PV input, seamlessly integrating with distributed energy like wind and solar power stations. Equipped with an intelligent EMS system enabling cloud-based remote monitoring and scheduled operation, it realizes real-time data interaction and dispatching with VPP platforms, providing reliable peak and frequency regulation services for grid-side VPP applications. Its robust battery protection strategies and multiple international certifications ensure stable and safe operation, while its large-capacity energy storage capacity effectively boosts VPP’s flexible regulation capability, facilitating efficient renewable energy consumption and optimal economic operation for VPPs in industrial and grid-side scenarios.

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Frequently Asked Questions

What energy storage battery products does Powerlink have?

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.

What are the features of Powerlink's microgrid energy storage products?

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.

What are the characteristics of the IHE series energy storage products?

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.

Which microgrid series is right for you?

The PowerLink microgrid portfolio features five distinct energy storage product series. These include the RHE, RHES, CHE, CHES, and IHE models. Each series is engineered to meet specific capacity and operational requirements.

RHE and RHES Series

These all in one residential energy storage systems deliver an output range of 12 to 100 kWe. They serve as compact and independent power solutions designed for homes, farms, mines, and remote island applications. They operate seamlessly in both on grid and off grid environments to maximize energy savings.

RHES Cost Effective Design

The RHES model serves as a highly cost effective alternative to the standard RHE unit. It utilizes standard 314Ah battery cells with a tailored battery capacity. To maintain a highly compact physical footprint, this version omits the fire suppression system and separate control cabinet. All electrical components are fully integrated and controlled directly inside the main unit.

CHE and CHES Series

These commercial microgrid systems provide a robust output ranging from 30 to 1000 kWe. They are versatile battery energy storage solutions built for demanding applications such as rental fleets, construction sites, port operations, and marine power. Users benefit from ultra high energy density and flexible configurations that deliver reliable and eco friendly power.

IHE Series

This industrial hybrid energy system is available in powerful 1250 kWe and 2500 kWe models. It operates as a grid connected battery energy storage system optimized for large scale applications like solar power plants, wind farms, and grid frequency regulation. The highly integrated design delivers ultra high energy density to ensure industrial users receive a highly efficient and low carbon energy solution.

How should IHE products be stored when not in use?

When not in use, simply turn it off, or let the solar panel keep charging the battery until it is fully charged, at which point it will automatically stop charging.

What are the main application scenarios of the microgrid series?

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.

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