No, It does not. It runs on thermoelectricity (Pasquier effect). The heat is genereted by the degradation of 4.8Kg of a Plutonium 238 Doped Plutonium Oxyde Element. The thermoelectric elements are PbTe/TAGS type (Google it!) Theoricaly, the rover should have enough electricity to maintain it's basic systems alive for at least 14 years --- the mission is focussed on 1 martian year though (around 2 years on earth). So many things can go wrong out there!
At the beginning of the mission, it should produce 125W (nominal) of electricity from 2000W of generated heat... The excess heat will be transfered to a thermofluid and used to maintain stable temperature of internal components during the cold martian nights. Power should be around 100W after 14 years of operation.
- Normand
no it can't unless you had a really hot light bulb
If you are referring to solar-electric power, there are no specific power requirements for a chest freezer. The problem is that most solar-electric systems are designed to be connected to the normal power grid. If you have a power failure, your solar power system will automatically shut down. This is to protect electric utility workers from being shocked and injured by solar power systems providing power to a neighborhood that has been disconnected from the normal grid. In order to use your solar system even when the grid is down, you'll need a device that will isolate your solar system from the grid when the grid power is down. THEN we can talk about how much solar power you'll need to power your freezer. Remember that when the Sun goes down, you'll lose your solar power; if you intend that the freezer should continue to work at night or bad weather, you'll need either a backup generator or a whopping huge stack of batteries. Will you want power for anything else? Lights? Refrigerator? Furnace? Add it all up and then double it, so that there will be enough power tomorrow to not only run the system but also recharge the batteries.
The primary power source is solar power from the large arrays connected to the station. There are also two backup generators and smaller fuel cells for various experiments.
Solar power plants are needed to generate electricity using renewable energy from the sun. They help reduce greenhouse gas emissions, combat climate change, and decrease dependence on fossil fuels. Solar power plants also provide a sustainable and clean source of energy for both residential and commercial use.
There is an abundance of solar power in space, and a shortage of any other power. Satellites need power, and it would be difficult to get power to them any other way. Batteries would eventually run out, so a way of producing power needs to be included with the satellite. Solar cells are used for electric for the space hubs and satellite to keep it working.
i want to run a two ton ac with solar power
power from the sun
Many things run on solar power. Most of the Sun Chips factory (a company owned by Frito Lay) is run purely by solar power (hence the name "Sun" chip).
yes,in 500 years
yup!
Yes solar power is considered to be a renewable resource because the sun rays don't run out.
In the long run, they can.
Solar-powered spacecraft operate using solar panels to convert sunlight into electrical energy, which can then power the spacecraft's systems. Solar power is a renewable energy source that will not run out as long as the sun continues to shine.
Generators are nearly always used for nuclear power, and sometimes used for solar power. In nuclear power plants, the reactor makes steam to run a generator. Much of solar produced electricity does not use a generator, but produces power through a photovoltaic effect. Concentrated solar can be used to make steam to run a generator.
in the long run, yes
Solar power can be used to run a refrigerator efficiently by installing solar panels on the roof to capture sunlight and convert it into electricity. This electricity can then be used to power the refrigerator, reducing the reliance on traditional electricity sources and lowering energy costs.
Most pocket calculators run on batteries because it is much more convenient to use in multiple places. However, some older calculators tend to run on solar power.