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Integrated Multi-Energy Architecture
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Intelligent Grid-Connected and Off-Grid Switching
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Peak Shaving and Valley Filling
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Modular and Scalable System Configuration
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Advanced Cooling and Heating Management
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Cloud-Based Monitoring and Intelligent EMS
Energy Storage System
BESS
Detailed Description
Integrated. Intelligent. Built for Reliable Energy Management.
Higre brings these critical technologies together through an integrated C&I energy storage architecture combining HGES Stor battery cabinets, HGES Link PCS, DCDC and MPPT technologies, HG MID energy integration, EMS, and Higre ESS Cloud.
It is a modular energy platform designed to support peak shaving and valley filling, backup power, renewable energy integration, microgrid operation, and intelligent energy management.
Higre’s system architecture is designed around independently developed core technologies and real-world project experience, helping partners simplify system integration while maintaining flexibility for different commercial and industrial applications.
Why Choose Higre Battery Energy Storage System
Grid-forming technology, modular power conversion, and advanced power electronics deliver flexible, stable, and scalable energy storage performance.
Advanced R&D facilities, testing, and rigorous quality control validate system performance, reliability, and long-term field operation before deployment.
Localized service capabilities support faster delivery, regional customization, and responsive technical support for global B2B energy storage partners.
Edge computing and AI-driven O&M continuously optimize EMS strategies, enabling intelligent control, predictive operation, and energy management.
Product Parameters
| Higre Integrated Energy Storage Architecture | |
| Energy Storage Layer | Battery Energy Storage Cabinet |
|
Power Conversion Layer |
PCS Cabinet 125kW / 150kW / 215kW / 450kW Air-cooled / Liquid-cooled |
|
Energy Integration Layer |
Hybrid energy integration and intelligent grid interface. |
| DC Conversion Layer |
DCDC Controller |
|
Renewable Energy Layer |
MPPT Controller |
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Energy Control Layer |
Energy Management System |
|
Cloud Intelligence Layer |
Higre ESS Cloud |
Applications
Zero-Carbon Industrial Park Energy Storage Project
Commercial Building Hybrid Energy Storage Project
FAQs：
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Can Higre ESS operate in both grid-connected and off-grid modes?
Yes. Applicable Higre configurations support both grid-following and grid-forming operation. The HG MID system is designed to coordinate grid-connected and off-grid energy sources and support intelligent switching for suitable microgrid applications.
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How does Higre manage peak shaving and energy optimization?
The EMS coordinates battery charging and discharging according to load conditions, renewable generation, and system operating strategies. This enables peak shaving, valley filling, renewable energy utilization, and intelligent energy scheduling.
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What makes Higre's system different from using separate components from different suppliers?
Higre develops key components and system technologies across battery storage, PCS, DC/DC, MPPT, MID, EMS, and cloud management. Coordinating these technologies within one architecture can simplify system integration and enable more consistent control and communication across system components.
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