rv solar panels - how to get started

The function of solar energy is still a new concept for many users.
Many people think that the solar system is not practical or that the system is too complex and expensive.
After going through a solar power generation, many people thought it was one of the most useful tools that came out in a long time.
The production of solar energy is very simple.
Solar panels turn light from the sun into energy.
This process is called \"photovoltaic process \".
The word photovoltaic is a combination of the Greek word \"light\" and the name of physicist alesandero Walta.
95% of all solar cells are made of semiconductor silicone (SI).
When the light shines on the cell, the semiconductor absorbs the light, and the electrons on the semiconductor are excited to produce an electrical reaction in the form of a DC charge.
The DC current can then be used immediately, or the DC current can be routed to the battery for storage.
Solar panel system for RV installation.
The components needed to build the RV solar panel system are: multiple solar panels can be connected together to generate enough power for the desired output.
The most important factor when choosing the right panel is the semiconductor material.
Crystal panels can generate power more efficiently and have a longer life span compared to other semiconductor materials.
The charging controller is another device that is needed.
The charging controller monitors the battery and when current is needed it is supplied in the correct quantity.
In order to ensure that the battery will not be damaged due to excessive voltage, the controller voltage regulation is required.
12v solar panels can produce up to 19-
According to the amount of sunlight, 21 volts.
The rated current of the charging controller is amps.
This is the total amount of current that can be adjusted.
Where is the power supply stored for later use.
The energy generated by solar panels is usually stored in \"deep battery\" batteries for future use.
Deep battery batteries are a popular option as they are designed to discharge and charge over and over again.
The amount of electricity needed determines the amount of electricity needed.
The rated power of the battery is amp hours.
For example, a 1 Amp hour battery will provide a current of 1 amp for 1 hour.
Two parallel batteries of 150 amp hours will provide a total of 300 amp hours and will provide 10 am ps in 30 hours.
To determine how much power is required, add the total current consumption of all loads on the RV.
The lights in your RV are usually DC and can be operated with a battery, but most appliances use AC power.
In most cases, you need an inverter.
The inverter converts the DC power supply into a standard AC current.
There are usually two types of inverters, \"true sine wave\" and \"modified sine wave \".
Improved sine wave inverters are often cheaper and can be used to power Basic AC power supplies.
The true sine wave inverter is best suited for sensitive electronic devices such as laptops.
The rated power of the inverters depends on how much power they can provide.
Connect the solar panels together.
For higher voltage or power capacity, solar panels can be connected together.
Two panels in series of 12 volts and 5 amps will give you 24 volts and 5 amps.
The parallel connection of the two panels will result in 12 volts and 10 amps.
So is the battery.
Then connect the panel to the charging controller.
The controller is then connected to the battery.
The battery will then be connected to the inverter.
The inverter can then be connected to a power outlet that routes the AC power supply to the RV.
So you have it.
RV Solar panels are ideal for camping or out.
Solar energy is clean and reliable, and is the most cost-effective way to keep the battery charged and illuminated.