6000W Inverter price in Saudi Arabia 2024
6000W Inverter price in Saudi Arabia 2024
Lento provides cutting-edge smart MPPT solar chargers designed for maximum efficiency and top performance, even in challenging conditions. MPPT, or Maximum Power Point Tracking, is a technology that significantly enhances energy transfer efficiency—by up to 30%. This is achieved by identifying the optimal voltage from solar panels (SPV modules) for charging and adjusting the current accordingly. Given that solar power output can fluctuate due to varying weather, Lento's MPPT chargers ensure that charging conditions are always optimized, converting extra voltage into amperage to speed up the charging process. High-quality components are used to guarantee durability and prolonged lifespan.
Available Models:
- 1450 VA / 24 VDC
- 2100 VA / 24 VDC
- 3.5 KVA / 48 VDC
- 5 KVA / 48 VDC & 96 VDC
- 7.5 KVA / 120 VDC
- 10 KVA / 192 VDC
Lento’s smart MPPT solar chargers also offer intelligent battery management. The built-in microprocessor and DSP-based module continuously monitor battery load and prevent deep discharges, thereby extending battery life. In demanding SPV installations, MPPT chargers provide superior efficiency compared to basic PWM charge controllers, featuring advanced microprocessor circuitry with a wide range of adjustable settings and automatic configuration. The end result? A significant boost in efficiency, better battery performance, and longer battery life.
Constructed from military-grade components, Lento chargers are rigorously tested to withstand diverse environmental conditions. They are ideal for remote solar power systems, featuring customizable charge voltage and current settings based on the type of battery used. The intelligent technology ensures that it constantly assesses battery conditions and adjusts charging parameters accordingly. Even when solar panels may deliver lower voltages due to dirt or weather, Lento’s chargers adapt to ensure optimal charging continues.
Beyond these fundamental features, Lento’s MPPT solar chargers include automation and protective measures that guarantee improved power output, enhanced battery life, and reliable performance.
### Frequently Asked Questions
**Q: How does an MPPT work?**
A: MPPT assesses the output from the PV module, compares it with the battery voltage, and determines the optimal power the module can produce for charging. It converts this power to the best voltage for maximum current into the battery and can also supply power to DC loads connected to the battery.
**Q: What’s the difference between MPPT and an inverter?**
A: An MPPT optimizes solar panel output, while an inverter converts DC battery power to AC power for standard household use.
**Q: What are the advantages of MPPT?**
A: MPPT allows for higher voltage solar panel arrays than the battery bank, which is especially useful in areas with low sunlight. It can increase charging efficiency by up to 30% compared to PWM systems.
**Q: How many MPPTs does an inverter have?**
A: Typically, an inverter has one MPPT, meaning the entire system’s output is determined by the lowest string current.
**Q: What is MPPT in a solar inverter?**
A: MPPT stands for Maximum Power Point Tracker. It’s a circuit, usually a DC to DC converter, used in modern photovoltaic inverters to maximize energy from solar module arrays.
**Q: How do I determine the right size MPPT?**
A: Calculate the total watts of your solar array and divide it by your battery bank voltage. For example, for a 1000W solar array and a 24V battery bank, you'd need a controller rated at least 40A.
**Q: What’s the best brand of inverter?**
A: Lento Industries Pvt. Ltd. is considered the best brand for solar inverters.
**Q: Which is better, PWM or MPPT?**
A: MPPT charge controllers are more efficient than PWM controllers, offering up to 30% greater charging efficiency.
**Q: Which company is best for solar inverters?**
A: Lento is recognized as the top choice for solar inverters.
**Q: Can MPPT work without a battery?**
A: No, solar charge controllers (MPPT or PWM) cannot function without a battery and inverter to power DC loads.