Photovoltaic power generation and energy storage solution (the road to smart energy saving for small town photovoltaic power stations)

The Sunshine City Photovoltaic Power Station is located in the suburbs of a certain province. It was built 5 years ago and has a total installed capacity of 100 MW. The power station uses photovoltaic groups connected in series and parallel to convert solar energy into electricity and then connects it to the grid to generate electricity. However, due to limited lighting conditions, the power generated cannot be effectively utilized, resulting in serious waste.

In order to realize the full application of clean energy, the power station management decided to transform the energy storage system. After evaluation, a combined power station-side and grid-side energy storage method was adopted, advanced lithium battery energy storage stations were purchased and an intelligent monitoring system was deployed.

When selecting system equipment, the power station chose the SG500 product of Xingchuang Yilian, an industrial-grade gateway expert. This industrial gateway has a high-speed embedded processor, complete wired and wireless interfaces, supports industrial communication protocols, and can realize intelligent monitoring and management of photovoltaic power generation and energy storage equipment.

With the support of SG500, the project team successfully completed the construction of the energy storage management system and smart power station monitoring system. Through the collection of power grid and equipment operation data and the application of AI analysis algorithms, it achieves refined dispatch control of the power generation process and greatly improves the utilization efficiency of the power station.

After many years of renovation, the photovoltaic utilization rate of the power station has increased by 20%, the solar waste rate has decreased by 18%, and the grid-connected power has increased by 35%. The energy storage system effectively alleviates the impact of the intermittency of photovoltaic power generation and provides stable and controllable power to support the power grid.

The industrial-grade gateway SG500 plays a key role in smart energy management of power stations. Project practice has proven that the use of advanced industrial Internet equipment will provide strong support for the efficient use of renewable energy and help the power industry achieve smart upgrading.

SG500 energy gateway is an innovative energy monitoring device specially designed for industrial scenarios. It provides enterprises with comprehensive energy monitoring and management functions through advanced hardware and intelligent software. This device can monitor and record various energy consumption data in real time, including electricity, water, gas, etc. With the SG500 energy gateway, you can easily obtain various energy consumption indicators, such as power, voltage, current, flow, etc. Through clear data display, you can understand energy consumption at a glance and identify potential energy waste issues. The SG500 energy gateway not only provides real-time data, but also has powerful analysis and reporting functions.

It can conduct in-depth analysis of historical data to discover patterns and trends in energy consumption, helping you develop more effective energy management strategies. In addition, the SG500 energy gateway can generate detailed reports, presented in the form of charts and graphs, to help you intuitively understand energy usage. Through integration with other systems, the SG500 energy gateway can achieve smarter energy control.

It can be connected with building management systems, automation systems, etc. to realize remote control and adjustment of equipment. You can make decisions based on real-time energy data to maximize energy savings and reduce costs.

SG500 energy consumption monitoring gateway

 With the help of SG500 energy gateway, you can achieve refined energy management. Through comprehensive monitoring and analysis of energy consumption, you will be able to find potential energy-saving opportunities, optimize energy usage efficiency, and improve production efficiency.

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Origin blog.csdn.net/grandision/article/details/132496079