10kw solar system in Philippines for rural school

Hello reader, today we bring you the 10kw solar system in the Philippines for a rural school. The Philippines is a country made of many islands, and the city grid cannot cover every island. The Philippines sees an average of 20 typhoons a year, every typhoon comes, the electricity will be broken.

It will bring inconvenience when the electricity breaks. Since this is a rural school in the island, this place is prone to typhoons that may cause the grid lines to break easily. When the electricity breaks, it means there will be a blackout for a long time because it is expensive and it takes longer to fix the grid lines.

Breaking electricity, therefore, proves to be very unreliable, especially for the school, and most of the school activities will have to completely stop because of the lack of electricity.

Unstable grid power that can break at any time can cause big damage to the electronics within the school and that is why the headmaster of the school decides to use a solar system. And he comes for us for using a 10kw solar system with a lithium battery.

In the Philippines, it rains a lot. When it rains, the solar panel produces little electricity. No much, because the sun is not strong. So it will bring about 45kwh each day. If all day is sunny, the 10kw solar system will produce 55kwh each day. And the solar electricity will supply to the appliance first, and the extra electricity will be kept in the lithium battery bank.

At night, the lithium battery bank will supply power to fans, lights.

In the rural school, the power of appliances is not much, only lights, fans, and computers. This is not a boarding school, students go home as soon as the classes are over. So the lithium battery power not much used every day.

The 10kw solar system with lithium battery can be used estimated more than 15 years. And this is because the cycle time of the lithium battery is 3000 times.

This is the 10kw solar system connection drawing.

And for the 10kw solar system, the inverter power is 10kw. We use low frequency inverter, because the headmaster wants to use the system a long time.

Here is some advantage of using the 10kw low frequency inverter.

The headmaster is happy to see a stable supply of electricity within his school. The headmaster is also happy to note that the use of the 10kw solar system in the school has proved to be very beneficial and so far, so good. After the layout and installation of the 10kw solar power in the school the headmaster notes and appreciate the stable electricity output in his school. here are some of the reasons why the headmaster prefers this 10kw solar system

First of all, the 10kw solar system off-grid is not prone to breakage even though this area experiences extreme weather conditions such as high winds and typhoons but the is no breakage whatsoever experience, and therefore the school always had power 24/7 without any interruption.

Secondly, the headmaster notes that the use of an inverter for the 10kw solar system is important because it converts the electricity generated to usable electricity that matches the needs of the lighting and the appliances within the school. in short, there is a stable supply of electricity with no rampant damage to the electrical devices in the schools such as computers.

After installation of the solar system, there is not much maintenance cost that is associated with the 10kw solar system, and therefore it is very cheap to have it as a source of electricity in a big area like the school.

Off-grid solar systems are extremely durable and can last for a long period of time up to over 10 years and that’s a lifelong guarantee that the headmaster will not have to worry about electricity within the school for a long time

An off-grid10kw solar system has a battery that stores power during sunny days and acts as a power backup when there is not enough solar or during the night therefore there is always electricity within the school 24/7.