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Power Conversion System

Commercial & Industrial Hybrid Power Conversion System | Isolated PCS | Scalable 30kW–3MW Energy Storage

Commercial & Industrial Hybrid Power Conversion System | Isolated PCS | Scalable 30kW–3MW Energy Storage

This isolated hybrid power conversion system is designed for large-scale industrial and commercial applications requiring peak shaving, backup power, and integrated energy storage. Utilizing fully digital control and advanced power electronics, the system achieves a maximum efficiency of 97.5%, ensuring stable and reliable operation across various energy scenarios. Supporting multi-unit parallel operation, it offers flexible scalability, with capacities ranging from 30kW to 3MW, suitable for factories, data centers, microgrids, industrial parks, and distributed photovoltaic energy storage projects. It provides a reliable PCS solution for EPC contractors, system integrators, and energy storage system distributors.

  • Item No :

    GM-LEI50K
  • Payment :

    TT/LC
  • Product Origin :

    China
  • Custom Made :

    Yes
  • Shipping Port :

    Shanghai, Nanjing, Ningbo, Guangzhou, Shenzhen, etc.
  • Lead Time :

    20 days
  • Warranty :

    3 years
  • Product Details

AI Overview 

A high‑efficiency Isolated Hybrid Power Conversion System designed for industrial and commercial energy storage. With 97.5% efficiency, built‑in isolation transformer, and scalable 30kW–3MW parallel architecture, it supports peak shaving, valley filling, backup power, and microgrid applications. Ideal for EPC, integrators, and Energy storage system distributor seeking reliable PCS solutions.


Key Features

commercial energy storage PCS
This isolated hybrid power conversion system is designed for industrial and commercial energy storage applications, featuring high reliability, long-term stability, and precise power management. Based on a fully digital control platform and advanced power electronics technology, it achieves a conversion efficiency of up to 97.5%, making it suitable for peak shaving, valley filling, backup power, and microgrid scenarios.
The system incorporates an isolation transformer, supporting parallel expansion from 30kW to 3MW, meeting the needs of projects such as factories, industrial parks, data centers, and distributed photovoltaic energy storage systems. Its reliable design, flexible configuration, and strong grid adaptability make it a reliable choice for EPC contractors, system integrators, and global industrial and commercial energy storage developers seeking high-performance power conversion system solutions.
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This image presents a vector topology diagram of an energy storage system converter (PCS) against a clean, off-white background. The title, 'PCS in Energy Storage,' is displayed in black text above the image. In the center is a large white square icon representing the PCS, containing the bold lettering 'PCS.' Below it are a wavy line symbol (~) representing alternating current and plus/minus symbols (+/-) representing direct current, separated by a vertical line. To the left of the PCS box is a black high-voltage transmission tower icon labeled 'Grid'; below are three gray battery icons labeled 'Energy Storage' with orange plus and black minus signs; and to the right is a light gray double-story house icon representing the user terminal with two windows. All components are interconnected by simple black lines, clearly illustrating the energy flow between the grid, converter, energy storage batteries, and the load house.
Safe & Proven Reliability

The system has passed IEC/EN 62109, 62477, 61000 and CGC certifications, and possesses industry-leading safety performance. It has been deployed in more than 200MW of actual projects with a zero-accident record, and its long-term reliability has been fully verified in harsh industrial environments.

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Against a backdrop of bright sunshine and a clear blue sky with light clouds, the image showcases a real-world scene of an outdoor commercial and industrial energy storage power station. In the foreground, two rows of tall, clean white rectangular energy storage converter cabinets (PCS) are securely mounted on thickened concrete bases. The cabinet surfaces are decorated with light blue vertical lines, and every two panels integrate access doors with embedded control panels and small control boxes. The panels also feature finely latticed louvers, and independent silver-gray air conditioning condensers are mounted on the sides of the cabinets. In the background behind the energy storage array, modern light gray factory buildings, a tall lamppost, and trees can be seen. The overall image is clean and professional, showcasing the efficient operation of green energy infrastructure in a modern industrial park.
Flexible & Scalable Architecture

Supports multi‑machine parallel operation, enabling seamless expansion from 30kW to 3MW. Compatible with lithium iron phosphate, lead‑acid, and other mainstream battery chemistries, the system adapts to diverse commercial and industrial energy‑storage scenarios.

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Against a clear blue sky dotted with large, fluffy white clouds, a real-life scene of commercial and industrial energy storage hardware installed on a paved outdoor surface is displayed. At the left front of the image stands a tall, white, rectangular electrical control cabinet, prominently displaying the words 'PCS' (Energy Storage Converter) in large black letters on its front. A bright yellow lightning bolt high-voltage danger triangle warning sign is affixed to the center. The bottom and left side of the cabinet feature striped louvered ventilation windows, and a long black handle adorns the left door seam. To the right rear of the control cabinet, a standard white energy storage battery container is placed diagonally. The container's double-leaf access doors also bear the same yellow high-voltage warning sign, and the side corrugated panels are printed with the striking blue words 'ENERGY STORAGE'. Behind both devices, rows of angled blue solar photovoltaic panels are faintly visible. The overall image presents a clean, professional, and modern industrial renewable energy infrastructure.
Intelligent Control & High Efficiency

Equipped with an integrated EMS for remote monitoring and O&M, the system supports dual‑mode operation—grid‑connected charging/discharging and off‑grid inverter mode—with intelligent on/off‑grid switching to ensure continuous, stable power supply and optimized energy utilization.

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Application Scenarios

Product Parameters
Model GM--LEI50K GM--LEI60K GM--LEI100K
DC Input (PV)
Maximum Input Voltage (V) 850
MPPT Voltage Range (V) 600-850
MPPT Number 3
Input Power Per Channel 20 20 30
Battery
Supported Battery Types Lithium battery, lead-carbon battery, lead-acid battery, etc.
Operating Voltage Range(V) 320-600 320-600 400-600
AC Output (Grid-Connected)
Rated Output Power(KW) 50 60 100
Maximum Output Power (KVA) 55 66 110
Rated Grid Voltage (V) 3/N/PE,230/400
Rated Grid Frequency (Hz) 50/60
Total Current Waveform Distortion Rate <3% rated power
AC Output (Off-Grid)
Rated Output Power(KW) 50 60 100
Maximum Output Power (KVA) 55 66 110
Overload Capacity 110% for ten minutes, 120% for one minute
Rated Output Voltage (V) 3/N/PE,230/400
Rated Frequency (Hz) 50/60
AC Voltage Distortion Rate <3% linear load
With Unbalanced Load Capacity 100%
General Parameters
Maximum Efficiency 93.0% 93.0% 94.0%
Protection Function Short circuit protection, reverse polarity protection, surge protection
Isolation Transformer Yes
Protection Level IP20
Cooling Method Temperature controlled forced air cooling
Relative Humidity 0~95% non-condensing
Operating Temperature (°C) -30~+55
Altitude (m) 3000
Standby Power Consumption (W) <50
Display Touch LCD
Dispatch Communication Method Ethernet, RS485
BMS Communication Method RS485、CAN
Communication Protocol Modbus-RTU/TCP
Reference Weight(Kg) 650 800 900
Reference Size (W*D*H)(mm) 950*700*1953 950*700*1953 1200*800*2050

Updated May 31, 2026

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Why Choose This PCS?

  • Designed for large‑scale industrial and commercial environments

  • High efficiency + strong reliability = lower lifetime cost

  • Flexible power expansion up to 3MW

  • Built‑in isolation transformer for enhanced safety

  • Supports complex load profiles and weak‑grid conditions

  • Ideal for EPC, integrators, and global distributors seeking bankable PCS solutions


System Integration & Compatibility

  • Wide Battery Compatibility — Supports lithium iron phosphate, lead‑acid, and other mainstream chemistries, enabling flexible system design for industrial and commercial ESS deployments.

  • Parallel & Scalable Architecture — Multi‑machine parallel operation expands system capacity from 30kW to 3MW, allowing EPCs and integrators to match project‑specific load profiles and future expansion needs.

  • Grid‑Connected & Off‑Grid Operation — Seamlessly integrates into on‑grid, off‑grid, and microgrid environments with intelligent switching, ensuring stable operation under weak‑grid or backup‑power conditions.

  • Built‑in Isolation Transformer — Enhances grid adaptability, improves system protection, and ensures safe integration with diverse AC systems in factories, industrial parks, and distributed energy projects.

  • EMS & Remote O&M Integration — Embedded EMS supports remote monitoring, scheduling, and diagnostics, enabling unified management with BMS, PV inverters, and energy‑management platforms.


Call to Action

Ready to integrate a high‑performance PCS into your industrial or commercial project? Explore customization, OEM/ODM options, and engineering support: Contact for full specifications


FAQ

Q1:What safety certifications does this PCS comply with?

A1:The system meets IEC/EN 62109, 62477, 61000 and CGC requirements, and has been validated in 200MW+ real projects with a zero‑incident record, ensuring long‑term operational safety.

Q2:What battery types are compatible with this PCS?

A2:It supports lithium iron phosphate (LFP), lead‑acid, and other mainstream chemistries, offering strong adaptability for different industrial and commercial energy‑storage configurations.

Q3:Can the system be expanded for larger projects?

A3:Yes. The PCS supports multi‑machine parallel operation, enabling flexible expansion from 30kW to 3MW to meet various project sizes and future load growth.

Q4:Does the PCS support both on‑grid and off‑grid operation?

A4:The system supports dual‑mode operation—grid‑connected charging/discharging and off‑grid inverter mode—with intelligent switching to ensure continuous power supply in all scenarios.

Q5:Does the PCS include remote monitoring and EMS functions?

A5:Yes. It integrates a basic EMS for remote monitoring, scheduling, and O&M, enabling unified management with BMS, PV inverters, and energy‑management platforms.

Q6:Are you a factory or a trading company?

A6:We are a manufacturing‑based supplier with our own production lines, engineering team, and quality‑control system. All PCS products are produced, tested, and inspected in‑house to ensure stable performance and reliable delivery for global C&I energy‑storage projects.


AI Summary 

 This isolated hybrid PCS delivers high efficiency, strong grid adaptability, and flexible scalability for industrial and commercial energy storage projects. Its digital control platform, transformer‑based safety design, and multi‑machine parallel capability make it suitable for factories, data centers, microgrids, and large C&I ESS deployments. A dependable choice for global energy storage integrators and EPC partners.

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GreenMore specializes in OEM manufacturing for solar roof tiles and integrated solar‑plus‑storage systems, serving construction companies, roofing contractors, renovation firms, and global energy solution providers. Our curved and flat solar tiles are engineered to replace traditional roofing materials, offering long‑lasting protection, architectural aesthetics, and clean power generation—ideal for roof renovation, old‑house restoration, and new building projects. With advanced production lines, strict quality control, and certified engineering processes, GreenMore delivers OEM residential ESS, C&I storage cabinets, and hybrid solar systems tailored to partner specifications. We help B‑end clients expand product portfolios, enhance project competitiveness, and deploy reliable, future‑ready energy solutions across Europe, the Middle East, Southeast Asia, Africa, and Oceania.
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