环保集团

ENVIRONMENTAL PROTECTION

Location: Bago, Myanmar, Clothing Production Factory

Project Function: Successfully solved the local shortage and instability of electricity (the average local municipal power supply was only2h/D), effectively reduced the electricity cost of enterprises and ensured the normal operation of enterprise production and operation.

Project Characteristics: Through the deployment of the energy storage system, photovoltaic power generation is used to guarantee the production electricity consumption of the factory during the day, and at the same time, the power of the energy storage battery is fully charged. At night, the energy storage battery is used to guarantee the production electricity consumption and the living electricity consumption of employees during the factory's overtime. Diesel power generation is used in abnormal weather. Each electricity consumption mode is automatically switched by the energy storage system.

Location: Huoshan, Anhui, China, expressway service area

Project function: Adopt photovoltaic power generation to meet the power demand of the service area, and at the same time realize the online revenue generation of surplus photovoltaic power.

Project features: Utilize the service area7800square meters of photovoltaic installable area to realize the demand for clean electricity in the entire service area (use photovoltaic power generation during the day, charge the energy storage battery at the same time, and realize the online surplus power, and supply power to the service area with the energy storage battery at night), and at the same time realize the online revenue generation of surplus power. All power consumption modes are automatically switched by the energy storage system.

Location: Cape Town, South Africa, Business District

Project Function: To solve the power guarantee demand of customers when the municipal power is out of service.

Project Feature: When the municipal power is out of service, the energy storage system is automatically switched to supply power to the business district. At the same time, the power during the period when the local electricity fee is cheap is used to charge the energy storage system. All power consumption modes are automatically switched by the energy storage system.

Location: Cebu, Philippines, Villa

Project Function: Successfully solved the problem of the customer's villa's electricity demand.

Project Feature: Based on the characteristics of stable local power supply but expensive electricity charges, through the deployment of the energy storage system, photovoltaic power generation is utilized to guarantee the electricity supply of the villa during the day and charge the energy storage battery at the same time. At night, the energy storage battery is used to guarantee the electricity supply of the villa. Municipal power supply is adopted in abnormal weather. Each electricity usage mode is automatically switched by the energy storage system. The system adopts the special power format input of the Philippines for power supply.

Location: Abuja, Nigeria, mining area

Project function: The project is located about 30 kilometers southwest of the urban area of Abuja, close to the side of the Abuja-Keffi road. The mine is surrounded by rivers on two sides, about 1 kilometer away from the mine. There is no power grid in the project site. Currently, only oil engines are used for power supply. To solve the power supply problem of the mine, a microgrid design scheme of photovoltaic +energy storage+oil engine is adopted.

Project characteristics: Make full use of local solar energy resources to realize that the power generated by photovoltaic during the day supplies the demand of the mining area and charges the energy storage battery at the same time. At night, the energy storage battery supplies power to the mining area. Diesel generators are used for power supply in special weather. Each power consumption mode is automatically switched by the energy storage system.

Location: Food production plant, Cebu, Philippines

Project function: Successfully solve the problem of expensive local electricity costs (local municipal electricity costs0.2USD/h), effectively reducing the electricity costs of enterprises.

Project features: Based on the characteristics of stable local power supply but expensive electricity, through the deployment of energy storage system, photovoltaic power generation is used to ensure the factory's production electricity during the day, and the energy storage battery is fully charged at the same time, and the energy storage battery is used to ensure the factory's production electricity at night. In abnormal weather, the factory is powered by municipal power supply. All power consumption modes are automatically switched by the energy storage system. The system uses the special power standard input power supply of the Philippines.

Location: Munich, Germany, Business District

Project Function: Successfully addressed the customer's demand for peak shaving and valley filling in electricity consumption.

Project Feature: Based on the characteristics of stable local power supply but expensive electricity charges, through the deployment of the energy storage system, the energy storage system is charged during the local off-peak electricity consumption period, and the energy storage system is used to supply power to the business district during the local peak electricity consumption period. All electricity consumption modes are automatically switched by the energy storage system.

Location: Sumatra, Indonesia, Coconut Products Factory

Project Function: To solve the problem of power demand in the customer's factory.

Project Feature: This demand has a total of five phases. The implemented project is the first phase. Photovoltaic power generation is adopted during the day to supply the power demand of the factory and charge the energy storage at the same time. Energy storage is used for power supply at night. Diesel generators are used for power supply in abnormal weather. Each power consumption mode is automatically switched by the energy storage system.