11KW AC input output 380v 3 phase PV 800v(solar pump inverter)-SPC-11K0-H33
KSh79,995.00KSh99,800.00 (-20%)
✅ 11kW Output Power – Delivers 11,000W of reliable power to meet the demands of large-scale solar water pumps, providing continuous operation for farms, industries, and more. 🚜🏢
✅ AC Input 380V 3-Phase – Supports 380V AC 3-phase input, perfect for high-power applications that require consistent, stable energy. ⚡🔌
✅ 800V DC Output – Converts 380V AC into efficient 800V DC, delivering optimal power for solar water pumping systems. 🌞💧
✅ High Efficiency – Designed for minimal energy loss, ensuring that every watt generated is used effectively to power your pump. 🔋💰
✅ Weatherproof & Durable – Built to withstand the rigors of outdoor environments, making it perfect for agricultural and remote locations. 🌧☀️
✅ Smooth Integration – Easy to integrate with existing solar systems, making installation hassle-free. 🛠🔧
✅ Three-Phase Output – Balances power across the system, ensuring efficient and long-lasting operation of large solar pumps. 🌍💡
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⚡🌞 Boost Your Solar Pumping Efficiency with the Macire 11kW Solar Pump Inverter! 🚰🔋
The Macire 11kW Solar Pump Inverter is engineered for high-demand solar water pumping applications, offering exceptional performance and reliability. With 380V AC input and 800V DC output, this inverter ensures your solar water pump operates at peak efficiency, making it ideal for large agricultural, industrial, and commercial pumping systems. 🌾💧
🔹 Key Features & Benefits:
✅ 11kW Output Power – Delivers 11,000W of reliable power to meet the demands of large-scale solar water pumps, providing continuous operation for farms, industries, and more. 🚜🏢
✅ AC Input 380V 3-Phase – Supports 380V AC 3-phase input, perfect for high-power applications that require consistent, stable energy. ⚡🔌
✅ 800V DC Output – Converts 380V AC into efficient 800V DC, delivering optimal power for solar water pumping systems. 🌞💧
✅ High Efficiency – Designed for minimal energy loss, ensuring that every watt generated is used effectively to power your pump. 🔋💰
✅ Weatherproof & Durable – Built to withstand the rigors of outdoor environments, making it perfect for agricultural and remote locations. 🌧☀️
✅ Smooth Integration – Easy to integrate with existing solar systems, making installation hassle-free. 🛠🔧
✅ Three-Phase Output – Balances power across the system, ensuring efficient and long-lasting operation of large solar pumps. 🌍💡
🔋 Performance & Power Breakdown:
| Appliance | Power Consumption (W) | Estimated Runtime (with Solar Power) |
|---|---|---|
| Solar Pump (4000W) | 4000W | 2.75 hours |
| Solar Pump (5000W) | 5000W | 2.2 hours |
| Solar Pump (7000W) | 7000W | 1.5 hours |
| Solar Pump (11000W) | 11000W | 1 hour |
🔹 Note: Actual runtime depends on solar panel capacity, weather conditions, and pump load.
📌 Application Areas:
🌞 Solar Water Pumping – Ideal for large-scale agricultural irrigation, livestock watering, and commercial water supply. 🚜🌾
🏡 Off-Grid Water Systems – Perfect for remote areas where grid power is unavailable, ensuring continuous water supply. 💧🌍
🌱 Sustainable Agriculture – Supports eco-friendly irrigation and water management systems, promoting sustainable farming practices. 🌱🌎
🛠 Commercial & Industrial Use – Reliable energy for commercial facilities, including factories, farms, and water treatment plants. 🏭💡
🚜 Agricultural Irrigation – Powers large irrigation systems, ensuring consistent water flow for farming operations. 🌾💧
🛠 Maintenance & Care Tips for Longer Performance:
✔️ Install in a cool, dry, and well-ventilated location to prevent overheating.
✔️ Regularly clean solar panels to ensure maximum sunlight absorption and efficiency.
✔️ Periodically check the inverter and wiring to maintain optimal system performance.
✔️ Inspect all connections and ensure they are secure and free from corrosion.
⚠️ DIY Installation Guide (Do’s & Don’ts)
✅ Do’s:
✔️ Install in a dry, cool, well-ventilated environment.
✔️ Use appropriate gauge wiring to ensure safe connections.
✔️ Follow the manufacturer’s guidelines for the correct setup of solar panels and batteries.
❌ Don’ts:
❌ Do not exceed the inverter’s power capacity by connecting high-demand appliances beyond its rated power.
❌ Avoid exposing the inverter to extreme weather conditions like direct sunlight or rain.
❌ Never mix incompatible battery types in the system.
❓ Frequently Asked Questions (FAQs):
Q1: Can this inverter power large solar water pumps?
✅ Yes! The 11kW output is perfect for powering large agricultural, industrial, and commercial solar water pumps.
Q2: Is this inverter suitable for off-grid use?
✅ Absolutely! It’s designed for off-grid solar pumping systems in remote areas that require continuous power.
Q3: Can I connect multiple batteries for longer backup?
✅ Yes, you can expand your battery storage for extended backup power.
Q4: Is this inverter weatherproof?
✅ Yes! The Macire 11kW Solar Pump Inverter is built to withstand outdoor conditions and is perfect for remote installations.
Q5: How long is the warranty period?
🛡 This inverter comes with a 2-5 year manufacturer warranty for long-lasting reliability.
💰 Order Now from Macire!
⚡ Upgrade your solar water pumping system with the Macire 11kW Solar Pump Inverter for efficient, sustainable, and uninterrupted water supply. 🌞💧
📞 Contact Macire Today!
📍 Location: Barkat Building, Kumasi Road, Nairobi
🌐 Visit: www.macire.co.ke
















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