Shenzhen Resun energy Technology Co., Ltd company cases

Location: NamibiaProject capacity: 10 kilowattsProject readiness date: February 3, 2025Module type:1.550W 22 piece single-sided solar panel2.10KW single-phase hybrid inverter3. Battery 20KWh, voltage 48V

Location: FranceProject capacity: 15 kilowattsProject readiness date: January 12, 2025Module type:1.550W 32 piece single-sided solar panel2.15KW three-phase high-voltage hybrid inverter3. Battery 20KWh, voltage 204.8V

Application case of three-phase high-voltage hybrid inverter R-10K-H3P-MG in household scenarios in Xinjiang, China 1, Project Background        Xinjiang is vast and sparsely populated, with many families living in scattered areas. In some areas, there are weak links in the power grid coverage, and the high electricity bills also bring economic pressure to families. With the popularization of clean energy awareness, multiple households in a certain area of Xinjiang hope to achieve self-sufficiency in electricity and reduce electricity costs by building household photovoltaic power generation systems. The three-phase high-voltage hybrid inverter R-10K-H3P-MG has become the preferred equipment for local household photovoltaic projects due to its flexible adaptability and high efficiency. 2, Equipment Introduction      R-10K-H3P-MG is an inverter designed specifically for medium to large household and small commercial scenarios. It integrates advanced digital and power electronics technology, with a photovoltaic conversion efficiency of up to 98.0%, and can fully utilize every solar energy source. The device supports remote communication, and users can view real-time power generation data and device status through a mobile app; DC/AC lightning protection and IP65 protection level make it resistant to the windy and lightning prone climate in Xinjiang; Intelligent arc protection function provides security for household electricity safety. In addition, the rated power of 10kW and flexible voltage adaptation range can meet the daily electricity and small energy storage needs of households. 3, Application scenarios and installation       In a farmer's home in Xinjiang, technicians installed R-10K-H3P-MG in a specialized cabinet with good ventilation on the side of the house to ensure equipment heat dissipation and protection. The input terminal of the inverter is connected to the solar panel on the roof, and after professional wiring and debugging, it achieves efficient transmission of DC electrical energy; The output end is connected to the household distribution box, forming a grid connected power supply mode with the original power grid. At the same time, the inverter is also connected to a set of high-voltage lithium batteries, which are used to store excess electricity during the day for use at night. After installation, technicians conduct a comprehensive inspection of the entire system to ensure safe and stable operation. 4, Application effect       Significantly reducing electricity costs: After installing R-10K-H3P-MG inverters in the household, the daily electricity generation of the household photovoltaic system can reach about 40 kWh, meeting more than 80% of the daily electricity needs of the household. Monthly electricity expenses are reduced by about 70%, greatly reducing the economic burden on the household.Stable power supply guarantee: During winter nights in Xinjiang, the temperature is low and the power grid is occasionally unstable. However, household photovoltaic systems, combined with inverters and lithium batteries, continue to provide power to households at night, especially ensuring the stable operation of heating equipment. Even in the event of a power outage, it can ensure that the basic electricity supply for households is not affected.Convenient and intelligent management: Through the remote communication function of the inverter, farmers can view daily electricity generation, consumption, and battery charging and discharging status data on their mobile phones at any time. When the system encounters an abnormality, the mobile phone will immediately receive an alarm message, making it convenient for farmers to contact maintenance personnel in a timely manner, greatly improving the user experience.Coping with extreme weather: The inverter with IP65 protection level still operates normally, ensuring the power supply of the home and demonstrating strong environmental adaptability. 5, Summary and Prospect      The successful application of R-10K-H3P-MG three-phase high-voltage hybrid inverter in household scenarios in Xinjiang not only helps households achieve clean electricity self-sufficiency and reduce electricity costs, but also improves power supply stability and safety. In the future, with the increasing demand for clean energy in more households, such high-performance inverters are expected to be widely promoted in the household market in Xinjiang, helping to promote the development of green energy and low-carbon living in rural areas.

Application Case of MPS-A30-MG Integrated Light Storage Machine in Afghanistan Airport 1, Background           Airports, as important transportation hubs, often fall into chaos due to power issues, resulting in monthly flight delays and losses of hundreds of thousands of dollars caused by power outages. The traditional power supply method is neither stable nor economical, and introducing six MPS-A30-MG integrated light storage machines has become a key measure to improve the current situation. ​ 2, Equipment          The MPS-A30-MG optical storage integrated machine has a power of 30kW and an IP65 protection level, which can operate stably in harsh environments. Its advanced MPPT technology enables photovoltaic conversion efficiency to reach up to 98.5%; The equipped lithium iron phosphate battery can achieve continuous discharge at full load for 6 hours, with over 6000 cycles of use; The intelligent AI system can flexibly switch between 6 operating modes according to actual situations. ​ 3, Implementation         The project team installed solar panels in areas such as the edge of the airport apron and the roof of the warehouse. During the construction process, in order not to affect the normal operation of the airport, night time construction is chosen between flights; Intelligent upgrade of airport power distribution system, adding 3 bidirectional converters; We also conduct comprehensive testing of equipment by simulating various extreme weather and electricity scenarios to ensure system stability. ​ 4, Effectiveness         During a 48 hour power grid failure, the solar energy storage system provided continuous power to the airport's core equipment, avoiding major operational accidents. At the same time, through peak valley electricity price adjustment, the airport saves about $80000 in electricity bills per month, and its carbon footprint rating has been upgraded from C to B, achieving both economic and environmental benefits. ​