Thorium is not a fissile material. And for fissile materials - is impossible to have a nuclear reactor in each home.
Thorium is not a fissile material; and also is dangerous and expensive to have a nuclear reactor in each home.
This power is the nuclear energy from the nuclear fission.
India has the largest thorium reserves in the world, estimated to be around 25-30% of the global reserves. The country is actively researching and developing thorium-based nuclear power as part of its energy strategy.
The number of homes a gigawatt can power depends on the energy consumption of each home. On average, a gigawatt can power around 700,000 homes for one hour.
mechanical energy or chemical energy,radiant energy,and electrical energy
to get energy for homes and other structure's.
some homes get energy from the sun which activates the power to the whole house But not when its dark and rainy! It's called solar powering. Solar:Sun
Magnetic energy is now being used to power some homes.
Germany
The most effective alternative energy sources for homes are solar power, wind power, and geothermal energy. These sources are renewable, environmentally friendly, and can help reduce reliance on fossil fuels.
The energy from a power plant gets to your home by going on transmission lines and going through different substations and transformers so the voltage is reduced low enough so it is safe to go into your homes.
A gigawatt can power approximately 700,000 homes, depending on the energy consumption of each home.