How to choose the best inverter for 100 KW solar farm? To convert solar energy into usable electricity, choosing the right inverter is the key. What is farm inverter? Below, we will recommend HDSX three-phase solar inverter that is suitable for farm power needs through analysis of inverters and farms.
In the past, farm electricity supply relied on long-distance power transmission or the use of diesel generators. With the advancement of agricultural modernization, farms have an increasing demand for electricity. Traditional grid power supply methods often face unstable power supply and frequent power outages in remote areas or areas with incomplete grid coverage. At the same time, high electricity bills also plague many farmers. As clean, renewable and cost-effective energy solution, solar power systems are becoming more and more popular in farm power supply.
Solar power systems not only help reduce farm electricity bills, but also increase economic benefits. Especially in sunny areas, solar power systems can stably provide power to farms to meet various electricity needs, such as irrigation, ventilation, feeding, lighting and agricultural product processing.
A farm inverter is power conversion device used in solar power systems in the agricultural field. Its main function is to convert direct current (DC) generated by solar panels or other renewable energy sources into alternating current (AC) required by homes, farms or agricultural facilities. Solar panels collect sunlight energy and generate direct current（DC）, while most electrical equipment on farms, such as irrigation pumps, ventilators, automatic feeding devices, lighting fixtures, and agricultural product processing machinery, require AC power for operation. This conversion is essential for the effective use of solar power generation, ensuring the stability of power supply and reducing electricity bills.
When choosing inverter, you need to choose the appropriate power to provide power to the farm based on the load size, scale, power environment, etc. required by the farm. 100 KW solar inverters are usually used in medium or large farms, with sufficient power and durability to support large-scale equipment operation. It is suitable for large irrigation systems, cold storage equipment, and agricultural processing equipment that require stable power supply. Choosing 100 KW solar inverter can fully meet the daily electricity needs of the farm. At the same time, it has anti-interference capabilities and efficient solar energy utilization, ensuring that the system can still work stably under environmental changes or load fluctuations.
The off-grid three-phase solar inverter launched by Xindun is widely used in agriculture, industry, commerce and other applications. It provides ultra-wide power range of 3.2KW-160KW, suitable for high-power loads. The inverter efficiency is ≧85%, which meets the power demand of 100 KW solar farms. It not only provides reliable power support, but also has flexible configuration and intelligent management functions, which can cope with the complex power demand of farms. Whether it is irrigation equipment, refrigeration system or other agricultural equipment, HDSX inverter can operate efficiently and provide farmers with stable and safe energy solutions.
Advantages of three-phase inverter:
1. Support single-phase and three-phase voltage output, as well as low battery voltage input, so that the inverter can flexibly adapt to a variety of battery configurations and power requirements. It can flexibly adapt to a variety of power configurations to meet the personalized needs of different farms.
2. With 100% three-phase unbalanced load and pure sine wave output, it can still maintain efficient operation under power fluctuations. The power load in the farm usually has large fluctuations, especially in the operation of high-demand loads such as irrigation systems and large mechanical equipment. When the equipment is under uneven load, the inverter can still work stably, ensuring the reliable operation of all farm equipment and avoiding damage or downtime caused by unstable power.
3. Ultra-wide input voltage, strong anti-interference ability, can provide stable power output in the case of power grid fluctuations or instability, ensuring the normal operation of farm equipment.
4. Support RS485 communication and mobile phone APP (WIFI or GPRS) remote monitoring, farmers can view the operating status, power generation efficiency and other important data of the inverter in real time. It can remotely monitor and control the inverter status anytime and anywhere. This not only improves management efficiency, reduces maintenance costs, and promptly discovers potential problems to avoid unnecessary losses.
5. Optional built-in MPPT solar controller can maximize the use of solar energy for charging, effectively improve the conversion efficiency of solar energy, ensure the maximum utilization of farm energy, and thus reduce the daily electricity expenses of the farm.
6. The mains current range is adjustable (0-45A), and the farm can flexibly configure the charging current according to the actual application. During high load periods, the charging current is increased to ensure the fast charging of the energy storage system; while during low load periods, the charging current can be reduced to extend the service life of the equipment and reduce operating costs.
Xindun is a professional inverter manufacturer with 20 years of professional production experience. It can provide various types of inverters, single-phase inverters, three-phase inverters, low frequency inverters, high frequency inverters and other solar power system products, providing different power options: as small as 300W, as large as 160KW, and can also provide OEM/ODM customization services according to special needs. Our inverter products are widely used in various places such as home, business, industry, agriculture, etc., always providing efficient and stable power support. If you are also interested in off-grid inverters, contact us today for customized solar farm inverter solution!
