What kind of solar system is suitable for agricultural irrigation? In the past, farmers relied on the grid or expensive, polluting diesel to power irrigation systems, which limited agricultural development. Today, farms are increasingly adopting solar system irrigation . It is common to use solar panels to generate electricity to power irrigation pumps. Farmers can use solar systems to generate electricity for irrigation in remote and off-grid areas where there is a shortage of electricity or no electricity supply. Solar systems can not only reduce carbon emissions, but also reduce energy costs. By converting sunlight into electricity to run water pumps and irrigation systems, solar systems provide reliable power solution for agricultural water use. Off-grid solar system irrigation provides strong support for strengthening food security and sustainability, especially in areas with severe water and energy shortages.
Solar system irrigation is mainly composed of solar panels, inverters,battery storage systems. Solar panels convert sunlight into electrical energy. The inverter converts direct current (DC) into alternating current (AC), driving the water pump to draw water from the water source to the farmland for irrigation. When there is sufficient sunlight, the solar panels can continuously provide power to the system, while the batteries can provide backup power to the system at night or on cloudy days when there is insufficient light, ensuring the stable operation of the irrigation system.
Solar power system can provide continuous and stable power support for irrigation equipment. When there is sufficient sunshine, solar panels can convert solar energy into electrical energy and store it for use at night or on cloudy days. This continuous and stable power supply ensures that irrigation equipment can operate stably and provide sufficient water for crops. Solar systems are generally divided into three types: off grid solar systems, on grid solar systems and hybrid solar systems. Off-grid solar systems are the most popular power systems on the market. We will focus on recommending off-grid solar systems:
Off-grid solar systems:
Off-grid solar systems operate completely independently of the grid, using solar panels to convert sunlight into electricity for water pumps and other irrigation equipment. Battery storage is key to off-grid functionality, accumulating excess energy when the sun is shining. At night or on cloudy days, the stored electricity is released to keep irrigation going. This self-sufficient feature is ideal for areas with unreliable grid infrastructure or in remote areas. It provides farmers with access to irrigation power, enhancing the resilience of their agricultural operations even in the event of power outages or natural disasters.
Xindun offers stable, efficient off-grid solar systems that are ideal for farms that need long-term stable operation of irrigation equipment, especially in remote areas that lack a stable power supply. Ensure that irrigation operations are not affected by electricity, reduce irrigation costs, and increase economic benefits.
On grid solar systems:
On grid solar systems are connected to the public grid. The direct current (DC) generated by solar panels is converted into alternating current (AC) compatible with the grid for irrigation use, and excess power can be fed back to the grid for economic compensation. When there is insufficient sunlight and the power is unstable, such as on cloudy days or at night, the grid will take over and provide the necessary power for irrigation equipment. The system benefits from the stability and backup of the grid, reducing the need for large and expensive battery storage. It is suitable for farms near the grid because it allows farmers to take full advantage of solar energy and the reliability of the grid while also earning some extra income. The on grid solar system can both use solar energy for irrigation and obtain electricity from the grid when the sun is insufficient, realizing the two-way flow of energy and maximizing the utilization.
Hybrid solar system:
The hybrid solar system integrates off grid solar system and on grid solar system. It can freely switch between on grid and off grid modes for power supply. When there is sufficient sunlight and stable grid power supply, the hybrid solar system irrigation will give priority to the electricity generated by solar panels for irrigation and sell the excess electricity back to the grid. When there is insufficient sunlight or unstable grid power supply, the system will switch to off-grid mode and use the electricity stored in the battery for irrigation to ensure the continuous operation of the irrigation system. The hybrid solar system irrigation can not only make full use of solar energy, but also provide stable power support when there is insufficient sunlight or unstable grid power supply. It realizes "self-generation and self-use, surplus electricity to the grid", and flexibly adjusts the power supply mode according to actual irrigation needs to meet irrigation needs at different stages.
The hybrid solar system is suitable for farm irrigation where power demand fluctuates greatly and where a stable power supply is required while maximizing the use of solar energy. It can automatically switch working modes according to the power supply of the grid and the light conditions, and has high flexibility and reliability.
Choose suitable solar system irrigation based on factors such as irrigation scale, irrigation area, power environment, power demand of irrigation system, power of irrigation equipment, etc. Xindun's off-grid solar system can meet the needs of agricultural irrigation and provide efficient and stable electricity. Below, we recommend 3 off-grid solar system irrigation:
Battery Voltage: DC96V/192V/240V/384V
Output Voltage: AC 110/120/220/230/240V
Applicable power：10KW/12KW/15KW/20KW/25KW/30KW/40KW
Feature:
1. The pure sine wave output of the industrial frequency ensures that the equipment obtains stable power, especially the equipment with high power requirements such as water pumps, which can improve the reliability of operation and extend the life of the equipment.
2. Real-time fault code query and remote monitoring functions, easy to monitor the status of the irrigation system in real time, timely discover and deal with problems, avoid irrigation interruptions, and ensure that crops get enough water in time.
3. Equipped with efficient PWM or MPPT solar controller (optional), it can maximize the efficiency of solar charging and reduce energy costs.
4. The automatic frequency adjustment function enables the system to adapt to the grid frequency in different regions of the world, simplifies the difficulty of use and maintenance, and ensures that the irrigation system works efficiently and stably.
5. Through the design of high-efficiency toroidal transformer, energy loss is reduced, operating costs are reduced, and the long-term stable operation of the irrigation system is ensured.
6. Support diesel or gasoline generators to ensure that the irrigation system can continue to operate in areas where the power grid cannot provide stable electricity, avoiding the impact of power problems on crop growth.
7. The system supports different working modes and battery charging regulation, and can automatically optimize operation according to the actual needs of the farm, adapting to irrigation systems of different sizes and environments.
Here are some details about WD series off grid solar system:
Battery Voltage: DC48/96/192/240/384VDC
Output Voltage: AC 110/120/220/230/240V
Applicable power：10KW/12KW/15KW/20KW/25KW/30KW/40KW
Feature:
1. Optional working mode, select mains priority or inverter priority mode according to different power environments, help farmers flexibly respond to changes in power supply and ensure uninterrupted operation of irrigation systems.
2. Low frequency design, output stable pure sine wave power, ensure the normal operation of irrigation equipment with high requirements for power quality, and avoid equipment failure due to power fluctuations.
3. The mains charging current is adjustable from 0-20, which can flexibly adjust the charging according to the farm battery capacity and needs, optimize energy use, and ensure efficient operation of irrigation equipment.
4. Built-in MPPT solar controller (optional) improves solar charging efficiency, maximizes the use of solar energy, helps farms save energy costs, and is especially suitable for irrigation systems in remote areas.
5. In harsh environments, the system supports diesel or gasoline generators to ensure continuous power supply and provide reliable protection for irrigation systems.
6. Equipped with RS485 communication interface and mobile phone APP, it can monitor and manage the irrigation system in real time to ensure the normal status of the equipment, adjust the working mode in time, and improve irrigation efficiency.
Here are some details about WF series off grid solar system:
Battery Voltage: DC96V/192V/384V
Output Voltage: AC 380/400V
Applicable power：10KW/12KW/16KW/20KW/24KW/32KW/40KW/48KW/64KW/80KW/96KW/100KW/120KW/128KW/150KW/160KW
Feature:
1.Supports multiple battery types, and has low-voltage output, three-phase input and output design, which can flexibly adapt to the power supply requirements of different irrigation systems.
2. With ultra-wide input voltage range and strong anti-interference ability, it can adapt to complex power grid environment, ensuring that even in areas with unstable power grid, the irrigation system can still operate stably and meet the continuous irrigation needs of farmland.
3. It can withstand three times the peak power load, support three-phase unbalance, adapt to high-demand irrigation equipment, especially agricultural applications that require high-power pumps or equipment, and ensure that the system can still operate reliably under high load.
4. The mains charging current is adjustable from 0 to 45A, and can be flexibly configured according to different battery and irrigation system requirements to ensure efficient battery charging and extend the service life of the system.
5. Support RS485 communication interface and mobile phone APP (WIFI/GPRS), remotely monitor the operating status of the irrigation system anytime and anywhere, ensure that the equipment is more convenient to manage in remote areas or multiple farms, and improve irrigation efficiency.
6. Equipped with MPPT solar controller (optional), it effectively improves the charging efficiency of solar battery, reduces power waste, and ensures stable operation of irrigation equipment.
Here are some details about HDSX series off grid solar system:
As a manufacturer specializing in the production of solar systems, includes solar inverters, solar controllers, batteries, UPS and other solar systems. We have been focusing on the research and innovation of off-grid solar systems for nearly 20 years. High-quality solar systems provide strong power support for irrigation equipment. By using solar power generation, we can provide a stable power supply for agricultural irrigation, achieve uninterrupted irrigation throughout the year, reduce operating costs and increase economic benefits. At the same time, we can provide OEM/ODM services according to the special power requirements of the equipment and customize suitable solar systems. If you want to know more about solar systems, please contact us for professional answers.
