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Product Description
Over the years, we have gained enormous credibility across different domestic markets in providing qualitative Off Grid Solar Systems. The offered solar can be stand-alone systems to provide a smaller community with electricity. Under the guidance of our qualified professionals, the offered solar is designed and manufactured using of optimum grade components and pioneered technology in tune with the set industry standards. To render high quality solar at clients’ end, this solar is duly examined on numerous quality parameters.
Features:
Product Description:
An off-grid solar system, otherwise known as a stand-alone or autonomous solar system, is for remote locations that would not otherwise have access to usable grid energy. This would include remote cabins, boats, or RVs that use solar electricity.
The idea of going off the grid is appealing but for most, it is not practical to pour thousands of extra dollars into an off-grid system. The price of photovoltaics (PV) has been decreasing and solar panels are now very affordable but storing their electricity is expensive. If you have access to grid electricity and you’re looking to see a return on your investment, go with a grid-tied photovoltaic system.
Not only do off-grid systems cost more upfront, system owners incur the additional cost of maintenance. If you’re installing an off-grid system, familiarize
If you are setting up an off-grid system for your boat or RV that’s designed to run on direct current, or DC power, you can opt to work with DC appliances exclusively (i.e. tools, lighting, etc.). If you’re using your off-grid system to power any normal AC appliances in your home, you’ll need an inverter to convert DC electricity from your solar panels into usable AC electricity. If you’re powering any sensitive electronics, a pure sine wave inverter is highly recommended. Modified sine wave inverters may damage these items and they often produce harmonic distortion – which has an annoying “buzzing” sound.
Battery banks will have a limited capacity, which is why many people who have off-grid systems keep backup generators nearby. Keep in mind that the electricity produced by your solar panels during the summer cannot be accumulated for use during the winter.
When designing an off-grid solar system, however, you will plan for days of autonomy, or “cloudy days” where your solar panels are not getting enough sunshine. These are the days that you’ll be drawing almost exclusively form your battery bank. For an off-grid system, you might size a battery bank with the expectation of a four-day period that your solar array won’t get any sunshine.
If you’re maintaining your off-grid battery bank correctly, your batteries will still likely need replacing in about seven years. If you are thinking of installing an off-grid solar system, do some homework to figure out if it’s realistic option for you.
Though the idea of going entirely off the grid is sexy, it just does not pencil out financially at this point in time. When superior battery technologies become available at cost-effective prices, off-grid solar may well become a viable option for homeowners looking into solar energy. Until then, grid-tied PV systems remain the more economical choice.
Features:
- Easy installation
- Maintenance-free
- Automatic operation
Product Description:
An off-grid solar system, otherwise known as a stand-alone or autonomous solar system, is for remote locations that would not otherwise have access to usable grid energy. This would include remote cabins, boats, or RVs that use solar electricity.
The idea of going off the grid is appealing but for most, it is not practical to pour thousands of extra dollars into an off-grid system. The price of photovoltaics (PV) has been decreasing and solar panels are now very affordable but storing their electricity is expensive. If you have access to grid electricity and you’re looking to see a return on your investment, go with a grid-tied photovoltaic system.
Not only do off-grid systems cost more upfront, system owners incur the additional cost of maintenance. If you’re installing an off-grid system, familiarize
If you are setting up an off-grid system for your boat or RV that’s designed to run on direct current, or DC power, you can opt to work with DC appliances exclusively (i.e. tools, lighting, etc.). If you’re using your off-grid system to power any normal AC appliances in your home, you’ll need an inverter to convert DC electricity from your solar panels into usable AC electricity. If you’re powering any sensitive electronics, a pure sine wave inverter is highly recommended. Modified sine wave inverters may damage these items and they often produce harmonic distortion – which has an annoying “buzzing” sound.
Battery banks will have a limited capacity, which is why many people who have off-grid systems keep backup generators nearby. Keep in mind that the electricity produced by your solar panels during the summer cannot be accumulated for use during the winter.
When designing an off-grid solar system, however, you will plan for days of autonomy, or “cloudy days” where your solar panels are not getting enough sunshine. These are the days that you’ll be drawing almost exclusively form your battery bank. For an off-grid system, you might size a battery bank with the expectation of a four-day period that your solar array won’t get any sunshine.
If you’re maintaining your off-grid battery bank correctly, your batteries will still likely need replacing in about seven years. If you are thinking of installing an off-grid solar system, do some homework to figure out if it’s realistic option for you.
Though the idea of going entirely off the grid is sexy, it just does not pencil out financially at this point in time. When superior battery technologies become available at cost-effective prices, off-grid solar may well become a viable option for homeowners looking into solar energy. Until then, grid-tied PV systems remain the more economical choice.