Dams produce electrical energy by utilizing the energy in the water stored in an elevated lake. Outlets in the dam allow water to escape down a pipe, trading potential energy for kinetic energy, ie, as it falls it moves faster. At the bottom of the dam, the fast moving stream of water enters a turbine where the it hits the blades of the turbine and makes it spin rapidly. The spinning turbine is connected to a generator, a rotating machine with magnets that converts the energy of rotation into electrical energy, usually AC. The AC voltage is run into a transformer to convert it to high voltage (higher voltage is better for long distances) and sent on towers to where it is needed.
Dams make energy by directing the flow of water past turbines causing them to spin. The spinning turbine is attached to wires and magnets. When the magnets move in relation to the wires it induces a current in the wire. This induced current is electricity.
The dam holds back water from a river or similar. The water is allowed to flow through sluices and turn turbines inside the dam which generate electricity.
Yes there is way you can do this. Turbines are a great way to produce for your green home. Just try to check out some dealers that could help you in choices right product for your needs.
In my opinion ,as a student i would lyk to help our country by conserving energy or electricity, so that our electricity will not be waste and can be used in a brighter future and a brighter day!!
a microwave or a x-ray. Because when the microwave for example is plugged in or turned on is electrical energy and when the food is being cooked is when electromagnetic energy is used. Hope I Could Help :]
An electric motor uses electrical energy to produce mechanical energy. The reverse process, that of using mechanical energy to produce electrical energy, is accomplished by a generator or dynamo. Traction motors used on locomotives and some electric and hybrid automobiles often perform both tasks if the vehicle is equipped with dynamic brakes. Electric motors are found in household appliances such as fans, refrigerators, washing machines, pool pumps, floor vacuums, and fan-forced ovens. They are also found in many other devices such as computer equipment, in its disk drives, printers, and fans; and in some sound and video playing and recording equipment as DVD/CD players and recorders, tape players and recorders, and record players. Electric motors are also found in several kinds of toys such as some kinds of vehicles and robotic toys.An electric motor converts electrical energy into mechanical energy. Most electric motors operate through interacting magnetic field and current carrying conductors to generate force but a few use electrostatic forces.
The Philippines' total consumption is dependent upon traditional hydrocarbon sources of energy. Oil consumption, at 53 percent, accounted for the majority of the Philippines' final energy consumption mix in 2005, followed by coal at 19 percent. Renewable energy sources comprised 15 percent of consumption, followed by natural gas and hydroelectric consumption at 7 percent and 6 percent, respectively. The updated Philippine Energy Plan of 2005, which is a major reform agenda of the Arroyo Administration, is designed to move towards energy independence by first attaining a level of 60 percent self-sufficiency by 2010. The plan indicates that between 2005 and 2014, the economy's final energy demand will grow at 4.7 percent per year. To help meet growth in demand, part of the strategy is to increase the country's oil and gas reserves by about 20 percent and to reduce coal imports by 20 percent. The development of biofuels, as mandated under the Biofuel Act of 2006, will also contribute to the energy mix needed to eventually meet the goal of self-sufficiency
Hydel Energy, which means Hydro- Electric energy, i.e., electricity produced with help of water.
Renewable energy helps the planet because renewable energy doesnt waste our planets resources e.g. crude oil. Renewable energy will never run out so we can keep using it e.g. wind farms and hydroelectric dams
Canada helps the United States meet its energy needs by Hydroelectric system.
River water builds up behind dams. It then runs through pipes in the dam wall and spins turbines, generating electricity.
As energy is the main source of air pollution, pollution free sources of energy can help. Thus, solar, wind, and hydroelectric technologies can help.
Theye produce electricity, get fishes, and farming around the wet areas
There are many alternative energy sources, and all have downsides. Nuclear produces huge amounts of waste. Solar and wind are inconsistent and expensive to store. Hydroelectric damages habitats with the ponds it creates, and geothermal can only produce a limited amount of energy in specific conditions. Until we put the money to improve alternative energy, the best way to help the environment is conservation.
Energy
The water goes in as mechanical energy and out as electric energy powering schools and homes.
China's huge population requires electricity that a hydroelectric power plant can help produce. (Study Island)
we help Canada how to save energy and produce cheap and natural energy from windmills
dams help control floodwater