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Solar Inverter

Solar Faqs Latest Questions

Vishnu
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Vishnu
Asked: September 2, 2024
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Tushar
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Tushar
Asked: August 8, 2024
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  • M R Gundurao
    M R Gundurao

    1. Decreased Energy Production: One of the most noticeable signs of detecting a faulty solar inverter is a decrease in energy production. If you've observed a significant drop in the amount of energy your system is generating, it could indicate an issue with the inverter. 2. Error Messages: Modern sRead more

    1. Decreased Energy Production:

    One of the most noticeable signs of detecting a faulty solar inverter is a decrease in energy production. If you’ve observed a significant drop in the amount of energy your system is generating, it could indicate an issue with the inverter.

    2. Error Messages:

    Modern solar inverters are equipped with diagnostic features that display error messages in case of malfunctions. Keep an eye out for any error messages.

    3.Frequent Tripping:

    Is your circuit breaker frequently tripping? While it could be due to various factors, a malfunctioning solar inverter is one potential cause that shouldn’t be overlooked.

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Nikita Jain
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Nikita Jain
Asked: April 30, 2024
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Anik
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Anik
Asked: June 20, 2024
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Rewati
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Rewati
Asked: February 24, 2025
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Mukesh
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Mukesh
Asked: April 30, 2024
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Dhananjay
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Dhananjay
Asked: June 20, 2024
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  • M R Gundurao
    M R Gundurao

    For projects on a 5 MW scale, central inverters are more suitable due to their robustness and reliability. String inverters are often more volatile, with many models in the current market not lasting more than three years. Since 2018, FIMER has been supplying the PVS980 series central inverters, whiRead more

    For projects on a 5 MW scale, central inverters are more suitable due to their robustness and reliability. String inverters are often more volatile, with many models in the current market not lasting more than three years. Since 2018, FIMER has been supplying the PVS980 series central inverters, which have proven to be reliable over time. The long-term availability of string inverters, especially for up to 25 years, is a significant concern.

    Additionally, compliance with CEA (Central Electricity Authority) regulations is challenging with string inverters. FIMER central inverters, such as the PVS980 series, are designed to meet local grid requirements and comply with CEA regulations, making them a more reliable choice for large-scale solar projects.

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Daulat Kothari
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Daulat Kothari
Asked: April 19, 2024
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  • Solar Faqs Team
    Solar Faqs Team

    Majority of Indian solar firms offer a 25-year warranty on their products. If regular maintenance is done, the product life increases considerably. Within the system, inverter warranty might be 5-8 years, and the installer itself would provide a separate 5 year maintainance and running commitment. ORead more

    Majority of Indian solar firms offer a 25-year warranty on their products. If regular maintenance is done, the product life increases considerably. Within the system, inverter warranty might be 5-8 years, and the installer itself would provide a separate 5 year maintainance and running commitment. Other than the module and inverters, the other systems can be expected to last the full 25 year period with regular checks.

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Ravindra
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Ravindra
Asked: July 30, 2024
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Nitin
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Nitin
Asked: June 20, 2024
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  • M R Gundurao
    M R Gundurao

    Installing a solar inverter with a higher capacity offers several advantages. Firstly, it provides flexibility to increase the DC capacity of the solar array in the future without needing to replace the inverter. This reduces the overall stress on the inverter components and lowers the probability oRead more

    Installing a solar inverter with a higher capacity offers several advantages. Firstly, it provides flexibility to increase the DC capacity of the solar array in the future without needing to replace the inverter. This reduces the overall stress on the inverter components and lowers the probability of failures over time.

    However, it’s important to note that installing a significantly higher capacity inverter than necessary is not always required. Most inverters are designed to operate efficiently even in higher ambient temperatures. However AC to DC ratio, typically ranging from 1:1 to 1:1.2, can be sufficient to ensure optimal performance and reliability without the need for excessive overcapacity in the inverter.

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