So you've decided to start generating electricity at home and store huge amounts of money on electricity bills. They also decided to build their own magnetic generator with a detailed step-by-step instructions. Now you must add the equipment to an electrical system for your home. Here I will discuss the most important pieces of equipment needed, so that you can become your own power plant and cut the electricity bill to zero.
Charge Regulators
The first pieceEquipment you need is a charge. These devices regulate the flow of current from the generator magnetic power. Do drop of energy from the generator, and now you must guide a way to make sense. When feeding the batteries with too much power, can cause permanent damage and thus the need for a certain type of control. It may depend on the size of the magnetic current generator is put out anywhere from 50 to 60 volts DC + for battery, a sort ofthis is still a need to adjust. Charge regulator, fixed length, static typing, and the most expensive of the MPPT output voltage may vary on your system.
Batteries
When you have an off-grid system, not a system of grid-tie, you have the battery all the energy, the magnetic force of Serbia for you will make your ... Here's how to save on phone bills. It is a bank of batteries connected in series or in parallel, the voltage of the games mustIts inverter. The type of battery you need a deep-cycle batteries that are designed for repeated discharges and recharges will be accessible through many years of service control. Often, these batteries are called "marine" or "golf cart" and are available in voltage 6-12 are the most common types of deep cycle batteries used lead-acid, Gel and Absorbed Glass Mat (AGM).
UPS
Finally, you need a way to convert the DC voltage from the battery to alternating current for your helphome. This is done using a device called an inverter. The inverter is rated for the load in watts for the design, and corresponds to the input voltage of the system. The correct design load is best saved for another article, but now we know that the most important piece of the system design. The power output of an inverter can be anywhere from 50 W to 3000 W and more. Input voltages are usually 12 or 24 volts, but can reach up to 48 volts or higher. It 'important to respondYour inverter to the proper input voltage and load to the system.
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