portable solar panels for electricity - step by step installation guide
First of all, it will not cause any waste or pollution.
Because it does not have moving parts, there is little maintenance required.
Running is cheap because you only need the sun.
The only drawback is its efficiency.
Due to many factors, such as smoke in the air, the angle of the Sun relative to the solar panel, the quality of the solar cell, the efficiency of the solar power generation system is very low, the temperature of the solar panel, the temperature of the battery, etc.
Still, it does provide a lot of electricity for free.
If you are going to make your own portable solar panels to generate electricity, you have to meet some of the prerequisites.
Do you know how electricity works?
Can you understand the wiring diagram?
Can you read and understand the user manual for any electronic device?
If you can meet all these requirements, do it yourself (DIY)
The solar system is not a challenge for you.
In fact, the setting of solar energy is very simple.
It has only 4 key components, namely solar panel, charging controller, battery unit and power inverter.
The rest are smaller supporting parts such as ammeter, voltmeter, safe cut-off fuse, disconnect switch, copper cable and system monitoring unit.
The solar panel is the core of the system and it generates current when exposed to the sun.
This is possible because of a special half
Conductive Materials for photovoltaic (PV)cell.
Typical solar panels are welded together in series with 36 photovoltaic cells.
These panels are arranged into a solar array connected to the charging controller via 2 copper cables.
The charging controller will charge a series of battery units using the current generated by the photovoltaic cells.
The battery type that is best suited for home solar systems is the true deep cycle type.
This type of battery is mainly used for electric golf carts.
It is very durable, the current is stable and can be arranged at a very low level without damaging its internal board.
Since only DC current can be stored for all batteries (DC)
, You will use the power inverter to change the DC to AC current (AC).
Today, most household electronic devices are designed to use AC power.
The final step in building a portable solar panel system is to connect an extension cable from a power inverter with multiple sockets for easy access.