China Tower Co., LTD. Shanxi branch
Case application
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Base station power wind oil energy storage system, photovoltaic, wind power generation, energy storage, diesel/gasoline power generation complementary, to ensure the communication base station power supply.
The power of photovoltaic and wind power generation cannot be accurately predicted, and the power of the base station communication equipment cannot be fully matched. When the power of photovoltaic and wind power generation is greater than the load of the base station, the all-vanadium flow battery will store the excess energy, and conversely, the energy will be supplemented and released.
In extreme weather, PV, wind power generation is insufficient, when the vanadium battery energy storage is exhausted, the system sends a signal to automatically start the diesel/gasoline generator, and switches to the oil machine power supply through the automatic switch!
The system includes photovoltaic modules, optical storage and inverse integrated machine, wind generator, fan controller, all-vanadium flow battery, leaving the user with wood/gasoline generator, load interface, convenient installation and use.
The system can operate in a variety of modes: grid-connected, off-grid and hybrid.
Case application
Communication base station off-grid integrated energy power supply project
Shaanxi Wuzhou Mining Co., LTD
As a special micro power supply, the system is mainly used in the application of micro grid. When the system is connected to the grid, the energy storage system can store energy.
When running in isolated island, the energy storage system can speed up the switching time, balance the problem of inconsistent response time between multiple power sources, and improve the power quality.
Vanadium flow battery energy storage technology is applied in microgrid to improve the grid-connected performance of various new energy sources and the comprehensive utilization efficiency of electric energy, ensure the reliability of power supply system, and improve the power quality.
Therefore, the full play of the function of the microgrid itself is inseparable from its supporting high-performance all-vanadium flow battery system.
Case application
Microgrid demonstration project
National Energy Investment Group Co., Ltd.-Beijing Low Carbon Clean Energy Research Institute
Online message multi energy fusion wind energy, solar distributed new energy, fusion Flow battery, lithium ion battery, Electrolysed water hydrogen production, high and low temperature hydrogen fuel cell, Jinzhan air battery, electric gas and other energy storage forms.
Intelligent control, in conjunction with energy operating systems, utilizes distributed communication to achieve control, management, and application of distributed energy. Based on actual conditions, the optimal configuration plan for each subsystem is calculated, which has multiple functions such as smooth output, peak shaving, frequency modulation, backup power supply, demand side response, etc
The testing platform realizes the testing, certification, and development of various energy devices under distributed microgrids
The system architecture for energy system operation is divided into three layers: Cloud, Fog, and MIST. The Cloud layer is the application layer that enables the analysis, processing, and control of energy data across the entire network; The Fog layer is the core of EOS and serves as the hub for interaction between the application layer and the driver layer, achieving regional control; The MIST layer, as the driver layer of EOS, directly faces the device and achieves local energy control.
Intelligent control, in conjunction with energy operating systems, utilizes distributed communication to achieve control, management, and application of distributed energy. Based on actual conditions, the optimal configuration plan for each subsystem is calculated, which has multiple functions such as smooth output, peak shaving, frequency modulation, backup power supply, demand side response, etc
The testing platform realizes the testing, certification, and development of various energy devices under distributed microgrids
The system architecture for energy system operation is divided into three layers: Cloud, Fog, and MIST. The Cloud layer is the application layer that enables the analysis, processing, and control of energy data across the entire network; The Fog layer is the core of EOS and serves as the hub for interaction between the application layer and the driver layer, achieving regional control; The MIST layer, as the driver layer of EOS, directly faces the device and achieves local energy control.
Case application
Distributed multi-energy network system intelligent energy system solutions
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0731-87193708
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