On/Off Grid Solar Inverter Pure Sine Wave Solar Inverter

Product Features:

1.Up to 200% oversizing allowed with 3 MPPTS

2.Support Ac coupled solarinput

3.Stackable up to 9 units

4.Four application modes

5.Remote configuration and upgrade

6.Support 40-64V Lithium or Lead-acid battery

Technical Parameters:

Japan

1. What is the THDI level of the inverter? The THDI is below 3% at rated power, ensuring minimal harmonic distortion.

2. Is it compatible with Japan’s 50Hz/60Hz grid frequency? Yes, it supports both frequencies and adjusts automatically to grid requirements.

3. Can it operate during frequent grid outages? Yes, with a transfer time of under 10ms, it provides reliable backup power during emergencies.

4. What is the max AC output current? For the SP10KL model, it delivers up to 50A, sufficient for typical Japanese household needs.

5. Does it support lead-acid batteries? Yes, it works with both lithium-ion and lead-acid batteries, offering versatility.

6. How does it perform in high-temperature conditions? It operates efficiently up to 60°C, making it suitable for Japan’s humid summers.

7. Is the display user-friendly? Yes, it features an optional LCD display and app connectivity for ease of use.

8. What protection features does it include? It has anti-islanding, overcurrent, and reverse polarity protection for enhanced safety.

9. Can it be used in residential complexes? Its quiet operation and compact dimensions make it ideal for multi-family housing.

10. Why should Japanese customers choose this inverter? Its compliance with Japanese grid codes, high efficiency, and compact design make it a top-tier choice for urban solar systems.

Brazil

1. What is the max PV input power? The SP10KL model supports up to 15,000W, ideal for Brazil’s abundant sunlight.

2. Is the inverter resistant to voltage spikes? Yes, it features surge arresters and overvoltage protection to handle grid irregularities.

3. Can it operate in high humidity? Absolutely! It functions flawlessly in 0–100% relative humidity.

4. Does it support generator compatibility? Yes, it integrates smoothly with generators for additional backup power.

5. What is the battery voltage range? The inverter supports battery voltages from 40V to 64V, accommodating various configurations.

6. How efficient is the battery-to-AC conversion? It achieves up to 94.5% efficiency, minimizing energy loss during discharge.

7. Is it easy to install? Yes, its wall-mountable design and terminal connections simplify installation.

8. What certifications does it hold? It complies with IEC 62109-1&2 for safety and reliability.

9. Can it handle frequent power outages? With its rapid transfer time and backup capabilities, it ensures continuous power supply.

10. Why is it a great fit for Brazilian homes? Its ability to manage grid fluctuations, high PV input capacity, and robust construction make it indispensable for energy security.

South Africa

1. What is the nominal AC output power? The SP8KL delivers 8,000W, while the SP10KL offers 10,000W, catering to diverse household needs.

2. Does it include anti-islanding protection? Yes, it disconnects from the grid during outages to protect utility workers.

3. How does it perform in high-altitude areas? It operates efficiently up to 4,000 meters, with derating above 2,000 meters.

4. Can it work with lead-acid batteries? Yes, it supports both lithium-ion and lead-acid batteries, widely used in South Africa.

5. What is the max discharge current? For the SP10KL, it reaches 210A, providing ample power during outages.

6. Is it suitable for rural areas? Yes, its wide input voltage range and robustness make it ideal for off-grid applications.

7. Does it have leakage current protection? Yes, it includes built-in leakage current detection for added safety.

8. How user-friendly is the monitoring system? With Bluetooth and app connectivity, you can easily track system performance.

9. What is the warranty period? You can choose between a 5-year or 10-year warranty for long-term assurance.

10. Why should South Africans invest in this inverter? Its resilience during load-shedding, high efficiency, and adaptability to local conditions make it a must-have for energy independence.