about 1 watt
A power supply is not like a human heart.
coal and bio power plant
Many satellites have solar panels to generate electricity but it is not so simple to transmit that power back to Earth because the power density used might be harmful to life on Earth at the place where the beam arrives.
The two lower chambers of the heart are larger than the two upper chambers because they must generate the pumping force to move blood through the circulatory system. The left ventricle is larger than the right, reflecting the longer length of the systemic circuit.
the heart supplies blood to the brain and every other part of the body, and the blood carries oxygen which is consumed to power your body
A power supply is not like a human heart.
You can use human power to run your TV. Use a stationary bike tied to a generator. In the TV show "Living with Ed", Ed has just such a setup to generate power to make his toast. Google Bike Generator Plans to see some ideas on-line.
solar power can generate electricity
The mechanical power of the human heart is ~1.3 watts. It takes a much higher rate of energy turnover (~13 watts) to provide this mechanical power, since the mechanical efficiency of the heart is very low (less than 10%).
It can be used to generate power but it is very dangerous yet little nuclear energy can generate ALOT of power.
Water drives the turbines to generate hydroelectric power.
To generate clocks and to generate power
to generate power
No.
about 1 to 2 watt, depending size of te individuals.
A human can typically produce up to about 100-200 watts of power during sustained exercise like cycling. However, bursts of power, such as in sprinting or weightlifting, can generate significantly higher levels of energy output.
You cannot generate unlimited power. Neither can you generate continuous power from a self excited system - that would constitute a perpetual motion machine, and that is impossible.