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Company profile

Founded in 1999, Ceepower Co., Ltd. (Ceepower) is one of the leading providers of energy internet system solutions in China. Since March 2010, Ceepower has been listed on the Shenzhen Stock Exchange with the Stock Code 300062, making it the first company to enter the Growth Enterprise Market in Fuzhou.

All products

10kV SF₆ Insulated Switchgear 8DJH HA40.2-2011 (Siemens Authorized)

The 8DJH switchgear is a three-phase, metal-enclosed indoor unit featuring SF₆ gas insulation. Designed for single-busbar configurations, it operates in 10–24kV, 50Hz power systems and supports feeder currents up to 630A. This advanced switchgear ensures reliable power reception, distribution, and control, offering exceptional safety and operational efficiency. Ideal for substations, industrial facilities, and commercial power grids, it provides robust performance in environments with stringent safety and reliability demands.

10kV Box-Type Fixed Metal-Clad Switchgear HXGN15-12ZF

The HXGN15(A)-12ZF(R) fixed metal-clad switchgear is tailored for high/medium voltage 10kV AC power distribution networks. Engineered for load current switching and short-circuit current interruption, it combines manual and electrically operated mechanisms to enhance safety and operational reliability. Its robust design makes it ideal for industrial facilities, substations, and commercial applications, ensuring efficient power management and fault protection.

0.4kV Low Voltage Switchgear ArTu (ABB Authorized)

The ArTu switchgear by ABB is a highly modular and integrated power distribution system, tailored to meet the demanding requirements of modern power networks. Designed in full compliance with EN60439-1, IEC60439-1, and GB7251 standards, it ensures superior performance, safety, and reliability. The system supports a wide range of power distribution needs, including industrial facilities, commercial buildings, and infrastructure projects. With its versatile configurations and compatibility with advanced automation solutions, ArTu delivers efficient energy management and seamless integration into diverse applications.

0.4kV Low Voltage Switchgear Blokset (Schneider Authorized)

Blokset low-voltage switchgear is a high-performance power distribution solution, renowned for its advanced modular design, superior reliability, and operational safety. Designed to meet the complex needs of construction, industrial processes, energy generation, data centers, and critical infrastructure, Blokset ensures optimal power distribution and enhanced energy efficiency. Fully compliant with international standards, this switchgear supports intelligent monitoring systems, providing robust performance and long-term operational stability for modern low-voltage applications.

0.4kV Withdrawable Switchgear GCK/GCS Series

The Low Voltage Withdrawable Switchgear, comprising the GCK and GCS series, is a flexible and reliable power distribution solution ideal for motor control, lighting systems, and power distribution in power plants, substations, and industrial facilities. Engineered for 50Hz systems, these switchgears accommodate a range of voltage ratings and current capacities, ensuring adaptability for diverse operational needs. Featuring a modular and withdrawable design, they provide ease of maintenance, operational safety, and long-term durability, making them indispensable for modern low-voltage applications.

0.4kV Fixed Partition Switchgear GDF

The GDF Low Voltage Fixed Partition Switchgear is a robust and reliable solution designed for three-phase AC power systems, primarily used in power distribution, motor control, and industrial electrical installations. It is engineered to provide enhanced safety, high operational reliability, and modular flexibility, making it ideal for industrial and commercial applications. The switchgear supports a variety of configurations, ensuring it meets the needs of modern electrical systems while adhering to international safety standards. Its fixed partition structure offers excellent protection, while its easy maintenance features reduce downtime.

0.4kV Combined Low Voltage Switchgear GGD

The GGD Low Voltage Switchgear is a high-performance solution designed for AC power distribution systems operating at 50Hz, with a rated voltage of 380V and a maximum current capacity of 3150A. It is engineered to efficiently facilitate the conversion, distribution, and control of electrical energy, ensuring reliable and safe operation in a wide range of industrial and commercial applications. With its modular design, it offers flexibility for integration in diverse electrical systems, providing exceptional reliability for power management in factories, data centers, substations, and commercial buildings. The GGD switchgear meets high industry standards for performance and safety.

0.4kV Low Voltage Switchgear MDmax (ABB Authorized)

The MDmax Switchgear by ABB is a next-generation modular low voltage distribution cabinet, engineered to meet global industry standards such as BS5486-1, AS349-1, EN60439-1, IEC60439, and GB7251.1. This versatile switchgear offers enhanced flexibility, reliability, and performance, making it an ideal solution for power distribution in both commercial and industrial sectors. It is designed for efficient energy management, offering a modular architecture that simplifies maintenance, upgrades, and system expansions. The MDmax switchgear provides robust protection and safety for electrical installations, ensuring high operational reliability in complex and high-demand environments.

0.4kV Low Voltage Switchgear MNS

The MNS-G Low Voltage Switchgear is a versatile and reliable solution for power generation, distribution, and consumption systems. Engineered to meet the demands of industries such as petrochemicals, utilities, municipal projects, and motor control centers, this switchgear is perfect for use in main and auxiliary power cabinets. Its robust design ensures performance in both industrial and commercial environments, providing efficient and safe power management across diverse applications.

Lighting Power Distribution Box PDX/TSP Series

The PDX and TSP series lighting power distribution boxes are ideal for wall-mounted installations in residential, commercial, and industrial settings. Featuring robust cabinets made of 1.2mm premium steel and protective doors constructed from high-quality plastic, these distribution boxes ensure durability and safety. Designed for large power consumers, they are equipped with molded case circuit breakers (MCCBs) to deliver efficient and reliable power distribution, meeting the needs of diverse applications such as office buildings, factories, and retail spaces.

Power Control Box PDX/TSP/XL-21 Series

The PDX/TSP and XL-21 series are reliable power control and distribution solutions for commercial and industrial applications. They provide efficient protection and management of electrical systems with robust construction and flexible configurations, making them ideal for factories, office buildings, and retail centers.

Other Power Distribution Boxes

The PDX-D/TSX and QTSP series are specialized distribution boxes tailored for power metering and multimedia information management. Designed to meet industry standards, these boxes ensure exceptional quality, reliable performance, and safe operation. Ideal for applications in data centers, communication hubs, and industrial facilities, they provide efficient power distribution and seamless integration with advanced management systems.

High-Voltage Reactive Power & Harmonic System WD-JSMSVC

The WD-JSMSVC is a high-voltage system designed for bidirectional dynamic reactive power compensation and harmonic mitigation. It uses parallel capacitors and series reactors to adjust reactive power, suppress overvoltage, and stabilize the grid. Ideal for long-distance power lines, traction systems, and heavy industrial loads, it enhances power quality, reduces losses, and improves grid stability with fast, precise control.

Grouped Switching Reactor Set GL-1

The GL-1 reactor set compensates capacitive reactive power, improving power factor and voltage quality in long cable lines and high-demand projects. It addresses voltage distortion, power factor degradation, and network loss, operating continuously in both indoor and outdoor substations for reliable power distribution.

Outdoor Box-Type Parallel Reactor BKSC

The BKSC Outdoor Box-Type Parallel Reactor is designed for parallel connection with high-voltage cables in substations. It compensates reactive power, improves power factor, reduces voltage distortion, and enhances system stability and reliability. Additionally, it manages the "capacitive rise effect," helping to save energy, increase transmission capacity, and improve the overall efficiency of power systems in outdoor substations.

Indoor Integrated Substation YBT-10/0.4

The YTB/10-0.4 indoor integrated substation is a modular 10kV distribution switchgear designed specifically for railway applications. It ensures reliable power distribution, minimizing the risk of electrical failures in tunnel and trackside environments. Ideal for powering signaling, communication, and lighting systems, this substation offers both primary and backup power options, enhancing the stability and reliability of railway infrastructure.

INTEPO Mobile Storage-Charging Robot S140

The S140 Charging Robot is an advanced energy management solution designed for both commercial and residential use. It offers efficient electric vehicle (EV) charging, leveraging AloT technology for seamless integration of large-capacity energy storage, emergency power supply, and peak-valley arbitrage. This cutting-edge system provides eco-friendly, flexible charging solutions, ensuring optimal energy efficiency, cost savings, and sustainable power usage for EV owners.

INTEPO Charging Robot R30

The INTEPO Charging Robot R30 is an innovative storage and charging system designed for intelligent electric vehicle (EV) charging. Equipped with advanced sensing and navigation technology, it offers precise, autonomous charging capabilities. Featuring a 30 kWh battery, the R30 ensures efficient energy utilization, supporting flexible deployment in commercial and residential environments, while promoting eco-friendly and cost-effective charging solutions.

IEVC Integrated Storage-Charging Series

The IEVC series introduces two cutting-edge solutions, IEVC-66.6/60 and IEVC-20/66.6/60, designed to integrate charging and energy storage. These devices enhance energy efficiency, optimize power distribution, and support rapid EV charging for the growing electric vehicle market. Ideal for commercial and residential applications, they also significantly reduce operational costs by enabling peak-load shifting and renewable energy integration.

Electric Bicycle Charging Station ZBW-T10

The electric bicycle charging station offers a convenient, efficient, and user-friendly solution for charging electric bicycles, catering to the increasing demand for green transportation. Designed for outdoor use, it provides fast and reliable charging while promoting eco-friendly mobility. Ideal for urban areas, residential communities, and commercial spaces, it enhances the accessibility and sustainability of electric bike charging infrastructure.

AC Electric Vehicles Charging Station Series

The AC charging station series is tailored for modern electric vehicles, providing versatile and reliable charging options for residential, commercial, and public environments. It supports single-gun and dual-gun configurations with power levels of 7kW, 11kW, and 14kW, ensuring efficient energy delivery. Designed for durability and adaptability, this series meets the growing demand for EV charging infrastructure, enhancing user convenience and promoting eco-friendly transportation.

DC Electric Vehicles Charging Station Series

The DC fast charging pile is engineered to deliver rapid power replenishment for electric vehicles, dramatically reducing charging wait times. It offers high power output options ranging from 30 kW to 320 kW, making it ideal for highway service areas, large shopping mall parking lots, and commercial EV charging networks. This system enhances charging efficiency, supports multiple EV models, and promotes the adoption of sustainable transportation.

Flexible Charging Stack - Multi-Outlet Split Charging Station

The Flexible Charging Stack is a versatile and dynamic charging system designed to optimize power output according to the real-time needs of electric vehicles. Featuring a master control unit and multiple split charging terminals, it allows for simultaneous charging of several EVs, making it an ideal solution for high-demand environments like commercial fleets, parking lots, and charging stations. The system enhances charging efficiency, supports scalable expansion, and ensures seamless integration with existing infrastructure.

Microgrid Monitoring and Energy Management System

The EPCP-MG-5000i Microgrid Controller delivers a reliable communication framework for connecting multiple devices, providing real-time microgrid status monitoring and automated management. Designed for urban microgrids and renewable energy integration, it enhances energy efficiency, stability, and intelligent power distribution, making it ideal for advanced energy systems and smart grid applications.

Microgrid Central Control Device

The EPCP-MG-3000i Microgrid Controller is designed for advanced protection and control, ensuring stable operation of microgrids across various voltage levels. It maintains system stability during disturbances, making it ideal for industrial facilities and community microgrid setups. With intelligent monitoring and fault management, it enhances energy reliability and resilience in distributed energy systems.

Energy Storage Coordinated Control Device

The Energy Storage Inverter Control System optimizes power output for each inverter by analyzing target power values from the energy management system, current inverter output, and key grid parameters such as frequency and voltage. It ensures grid power remains stable and aligns with expected performance, enhancing energy efficiency and grid reliability. Ideal for renewable energy integration and smart grid applications.

Integrated Smart Energy Management System

The Smart Energy Management System addresses complex energy challenges with real-time monitoring and advanced predictive analytics for generation and load forecasting. Designed for large-scale renewable energy projects and smart city applications, it enhances operational efficiency, reliability, and sustainability.

Virtual Power Plant Intelligent Control System

The EPCP-VPP-5000i Virtual Power Plant Platform provides standalone energy management, facilitating the participation of controllable energy resources in grid operations and electricity market transactions. It ensures seamless integration with Ceepower’s energy systems and supports compatibility with third-party platforms, enabling efficient distributed energy management and market flexibility.

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