2.2KW AC input output 220v 1 phase PV 400v(solar pump inverter)-SPC-2K2-L11
KSh26,950.00KSh38,998.00 (-31%)
✅ 2.2kW Output Power – Reliable power output for efficient operation of medium-sized water pumps in agricultural or industrial applications. 💦🏞
✅ AC Input 220V – Flexible input voltage of 220V AC, making it suitable for a wide range of power sources. ⚡🔌
✅ 400V DC Output for Solar Pump – Converts AC power into a high-efficiency 400V DC output to run your solar water pump smoothly. 🌞💧
✅ Single-Phase Output – Designed for residential and small-scale commercial applications with a single-phase power supply. ⚡🏡
✅ Optimized for Solar Pumping – Perfect for pumping water in farms, irrigation systems, and remote water supply setups. 🚜🌾
✅ High Efficiency – Maximizes energy from solar panels to ensure smooth, uninterrupted water pumping. 💡🔋
✅ Durable & Weatherproof – Built to withstand outdoor environments, ensuring longevity and reliable performance. 🌞🌧
✅ Easy Installation – Compact, lightweight design that makes it easy to set up and integrate into your solar water pumping system. 🛠🔧
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⚡🌞 Maximize Solar Efficiency with the Macire 2.2kW AC Input Solar Pump Inverter! 🚰🔋
The Macire 2.2kW AC Input Solar Pump Inverter is designed to provide a reliable, efficient solution for solar-powered water pumping systems. This inverter efficiently converts 220V AC input to 400V DC to drive your solar pump, ensuring continuous operation with optimal solar energy utilization. Perfect for agricultural irrigation, remote water pumping, and off-grid locations, this inverter will help you cut down on energy costs and reduce reliance on the grid. 🌍💧
🔹 Key Features & Benefits:
✅ 2.2kW Output Power – Reliable power output for efficient operation of medium-sized water pumps in agricultural or industrial applications. 💦🏞
✅ AC Input 220V – Flexible input voltage of 220V AC, making it suitable for a wide range of power sources. ⚡🔌
✅ 400V DC Output for Solar Pump – Converts AC power into a high-efficiency 400V DC output to run your solar water pump smoothly. 🌞💧
✅ Single-Phase Output – Designed for residential and small-scale commercial applications with a single-phase power supply. ⚡🏡
✅ Optimized for Solar Pumping – Perfect for pumping water in farms, irrigation systems, and remote water supply setups. 🚜🌾
✅ High Efficiency – Maximizes energy from solar panels to ensure smooth, uninterrupted water pumping. 💡🔋
✅ Durable & Weatherproof – Built to withstand outdoor environments, ensuring longevity and reliable performance. 🌞🌧
✅ Easy Installation – Compact, lightweight design that makes it easy to set up and integrate into your solar water pumping system. 🛠🔧
🔋 Performance & Power Breakdown:
| Appliance | Power Consumption (W) | Estimated Runtime (with Solar Power) |
|---|---|---|
| Solar Pump (500W) | 500W | 4 hours |
| Solar Pump (1000W) | 1000W | 2 hours |
| Solar Pump (2000W) | 2000W | 1 hour |
🔹 Note: The actual runtime will vary depending on solar panel capacity, weather conditions, and system load.
📌 Application Areas:
🌞 Solar Water Pumping – Ideal for agricultural irrigation systems, farm watering, and remote water supply.
🚜 Farming & Agriculture – Supports large-scale irrigation systems, powering water pumps and boosting crop production.
🏡 Off-Grid Water Supply – Perfect for rural areas where access to grid power is limited, providing a sustainable water supply solution.
🌍 Sustainable Energy Projects – Excellent for eco-friendly initiatives requiring consistent water pumping without relying on fossil fuels.
🛠 Maintenance & Care Tips for Longer Performance:
✔️ Ensure the inverter is installed in a dry, well-ventilated area to prevent overheating.
✔️ Regularly clean the solar panels to optimize solar energy capture.
✔️ Periodically check all wiring and connections for any signs of wear or loose connections.
✔️ Monitor inverter performance to ensure smooth operation and energy efficiency.
⚠️ DIY Installation Guide (Do’s & Don’ts)
✅ Do’s:
✔️ Install in a cool, dry, well-ventilated space to avoid overheating.
✔️ Use the correct wire gauge for safe power transmission.
✔️ Follow the manufacturer’s instructions for the optimal setup of solar panels and water pump.
❌ Don’ts:
❌ Do not exceed the inverter’s rated output to avoid system damage.
❌ Do not expose the inverter to extreme weather conditions like heavy rain or direct sunlight.
❌ Avoid using incompatible pumps or appliances.
❓ Frequently Asked Questions (FAQs):
Q1: Can I use this inverter without solar panels?
✅ While this inverter is optimized for solar energy, it can operate with grid power as the input if needed.
Q2: Can it run multiple solar pumps?
✅ This inverter is designed to power one pump at a time based on its output capacity. However, you can install additional inverters to power multiple pumps.
Q3: How long will this inverter last?
✅ With proper maintenance, this inverter can last for many years, offering reliable performance for long-term water pumping.
Q4: Can this inverter handle heavy-duty water pumps?
✅ It’s best suited for medium-duty pumps. For larger or industrial pumps, consider a higher-output inverter.
Q5: What is the warranty period for this inverter?
🛡 This inverter comes with a 2-5 year manufacturer warranty, providing peace of mind and assurance of quality.
💰 Order Now from Macire!
⚡ Upgrade your solar pumping system with the Macire 2.2kW AC Input Solar Pump Inverter – your solution for efficient, eco-friendly water pumping! 🌞💧
📞 Contact Macire Today!
📍 Location: Barkat Building, Kumasi Road, Nairobi
🌐 Visit: www.macire.co.ke














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