The first step that anyone considering an alternative energy solution should do is reduce there energy consumption. Do not worry I am not suggesting that you give up modern conveniences and move to a cave. Easy things like changing all your incandescent light bulbs to fluorescent bulbs. Then either unplug or put on power strips things like dc converters, TV, DVD players, and microwaves and any similar devices that have displays and some that do not. These devices still use power even when they are turned off. These small steps will reduce the average home electrical needs by 65%.
For starter, why would someone want to convert their gasoline driven car to run on electric. The main reason is cost. A brand new electric car from a large car manufacturer will cost upwards of $20,000. That kind of investment is beyond most car users. A DIY electric car conversion can be done with a budget of $7000 or less. Most of the parts required can be second hand or reconditioned.
Converter – Since your solar panels produce DC power, and your home runs on AC power, the converter makes the solar energy usable by your home. A 1500W converter likely won’t cost you more than $50.
This will keep the batteries fully charged but you should inspect the batteries for water level on a monthly basis. Every time you visit https://www.kccscientific.com/ you might find yourself overwhelmed by Power Converters information. Some Power Converters have a high trickle charge rate that will boil the battery dry if not inspected.
The other piece of the space based solar powered solution consists of converting the energy from the sun into electromagnetic energy and beaming it back to earth where dc dc Converter would convert it to alternating current.
Whew!! Too much information??? Don’t worry, it sounds more complex than it really is. The next step is to choose your electric car battery and how many you can fit into your car. Typical deep cycle batteries, which is the type you need to use, weigh in at about 65-75 lbs each. Getting back to the GVWR, will tell you how many batteries you can safely install. A typical installation will generally require at least 15 to 20 batteries.
Link the photovoltaic cells together to form an array for your panels. Use wire Frequency Converters to make the connections. Connect in the semi-conductor block to complete the basic assembly for the solar panel array.
If you want to mount it in the dash, the two most popular places are the Clock location (which holds a 52mm gauge), and the Air Vent beside it (which holds a 60mm gauge). You can also use an A-Pillar gauge pod.
It is very simple to make solar panels and wind turbines from home. You can find the parts you need at your local hardware store,around town and online. You don’t have to be a genius to do it either! It won’t cost you much to make them and they can help lower or get rid of your power bill! Why would you not give it a try?