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No. Nothing is 100 percent efficient. In any situation some energy will be given off in a form that is useless to us.
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∙ 11y ago
No, electric heaters are not 100 percent efficient. While they convert all the electricity they consume into heat, some heat can still be lost through the material of the heater itself, especially if it is not well insulated. Also, some heat may escape into the surrounding environment instead of heating the intended space.
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Why are electric heaters 100 percent efficient?
Electric heaters are close to 100% efficient because they convert all the electricity they consume into heat energy. Unlike combustion-based heaters that lose energy through exhaust gases, electric heaters release all the energy as heat directly into the room. This high efficiency makes electric heaters a cost-effective and environmentally friendly option for heating spaces.
Is an electric hot water heater 100 percent efficient?
No, but close to it.In regards to just the heating of the water, Tank-type, and tank-less, electric water heaters are about 99% efficient* because the heating elements are immersed in water, and little energy is wasted between heat source and water.However, all tank-type water heaters loose heat from their reservoirs (tanks). This heat loss lowers the overall efficiency.Most electric heaters fall between 90-95% total. This is the number that is usually reported by the manufacturers.* Efficiency is not the same as cost savings. For example electric heaters have higher efficiency, but cost more to operate than same-size gas water heater. Also tankless gas heaters, gas water heaters with blowers, and gas heaters with high recovery may claim higher efficiency, but they consume more fuel per hour of operation.Additional Information:Efficiency of heating elements does not consider inefficiencies in production, transmission, refining, and delivery of electricity. Estimates say coal-fired power plants waste half the energy of coal during electric generation. However hydroelectric power plants are very efficient.Tank-type gas water heaters are 69% efficient, since hot combustion gas escapes out the flue after hydrogen content of fuel is burned. This number does not consider inefficiencies during production, transmission, refining, and delivery of gas.Tank-less gas water heaters are 79% efficient, but tank-less burn more gas per gallon of hot water than tank-type heaters. Hot combustion gasses are released out the flue and are not actively recycled without slowing combustion which turns off unit. Newer type tank-less with blower recycles heat into a tank operate at 96% efficiency, and are made for oversize consumption of both energy and hot water.High efficiency tank-type gas heaters operate at 96% efficiency by using blowers to circulate hot combustion gas through coiled tube located inside tank. Same amount of combustion gas is released since only heat is recycled. The use of electric blower affects overall cost.Environmental efficiency: Electric water heater does not release CO2 at each home, instead CO2 is localized at power plant. Gas water heaters release CO2 at each home which factor in environmental efficiency.Efficiency of all gas water heaters falls and cannot be fully restored if untreated hard water deposits sediment over heat transfer surface. Generally, gas heaters exposed to hard water require softener which affects overall efficiency.Efficiency of tank-type electric water heater remains at 99% until sediment reaches element, causing element to burn out. Full 99% efficiency is restored by cleaning out tank and replacing element. Generally, tank-type electric heater does not require water softener.Downsizing water heater, reducing consumption, selecting water heater with fewer parts, reading the manual, and draining tank each 6 months to avoid sediment are key to saving energy.
How efficient is a small space heater?
Small space heaters can be efficient for heating small areas or rooms, as they provide targeted heat where needed. They are generally more cost-effective than central heating systems for heating specific spaces for short periods of time. However, their efficiency can vary based on the heater's design, energy source, and usage.
How efficient are Mica Heaters?
Mica heaters are known for their fast heating capabilities, making them efficient in providing heat quickly. They are also energy-efficient as they generate a high heat output for the amount of electricity used. However, their efficiency can be affected by factors such as the insulation of the surrounding area and the size of the room they are heating.
Why may an electrical heater be 100 percent efficient?
An electrical heater can be 100 percent efficient because all of the electrical energy provided to the heater is converted into heat. This occurs when there are no energy losses due to factors such as resistance in wires or inefficient components within the heater.
Why are electric heaters 100 percent efficient?
Electric heaters are close to 100% efficient because they convert all the electricity they consume into heat energy. Unlike combustion-based heaters that lose energy through exhaust gases, electric heaters release all the energy as heat directly into the room. This high efficiency makes electric heaters a cost-effective and environmentally friendly option for heating spaces.
Is edenpure a efficient electric space heater?
Efficient, yes. But a poor choice for a heater. It's just a marketing gimmick. Every electric heater is nearly 100 percent efficient. Efficiency is a term not understood by many. Energy efficiency - useful work per quantity of energy. In other words, What is the job of an electric heater? To make heat. How much of the electricity fed to the heater is turned into heat? All of it. That makes it 100 percent efficient. In contrast an incandescent light bulb is only about 5 percent efficient, only 5% of the electricity fed to it is converted to light the other 95% is converted to heat.
Are turbines 100 percent efficient?
Basically, almost NO physical process is 100% efficient.
Can a device be 100 percent efficient when it comes to heat transfer?
Only if you're referring to an electric heater ... since all loses are also heat. The real world answer is no.
Explain why machines are not 100 percent efficient?
because they are not proper
When will frictionless engine be 100 percent efficient?
at 0'kelvin
Is a nuclear generator 100 percent efficient?
No, nuclear generators are not 100 percent efficient. They typically have an efficiency rate of around 30-40%, which means that 30-40% of the energy from the nuclear reactions is converted into electricity, while the rest is lost as heat.
Why are no machines 100 percent efficient?
Some energy is lost to friction.
Why aren't machines 100 percent efficient?
becaus ethey have friction
Is an electric hot water heater 100 percent efficient?
No, but close to it.In regards to just the heating of the water, Tank-type, and tank-less, electric water heaters are about 99% efficient* because the heating elements are immersed in water, and little energy is wasted between heat source and water.However, all tank-type water heaters loose heat from their reservoirs (tanks). This heat loss lowers the overall efficiency.Most electric heaters fall between 90-95% total. This is the number that is usually reported by the manufacturers.* Efficiency is not the same as cost savings. For example electric heaters have higher efficiency, but cost more to operate than same-size gas water heater. Also tankless gas heaters, gas water heaters with blowers, and gas heaters with high recovery may claim higher efficiency, but they consume more fuel per hour of operation.Additional Information:Efficiency of heating elements does not consider inefficiencies in production, transmission, refining, and delivery of electricity. Estimates say coal-fired power plants waste half the energy of coal during electric generation. However hydroelectric power plants are very efficient.Tank-type gas water heaters are 69% efficient, since hot combustion gas escapes out the flue after hydrogen content of fuel is burned. This number does not consider inefficiencies during production, transmission, refining, and delivery of gas.Tank-less gas water heaters are 79% efficient, but tank-less burn more gas per gallon of hot water than tank-type heaters. Hot combustion gasses are released out the flue and are not actively recycled without slowing combustion which turns off unit. Newer type tank-less with blower recycles heat into a tank operate at 96% efficiency, and are made for oversize consumption of both energy and hot water.High efficiency tank-type gas heaters operate at 96% efficiency by using blowers to circulate hot combustion gas through coiled tube located inside tank. Same amount of combustion gas is released since only heat is recycled. The use of electric blower affects overall cost.Environmental efficiency: Electric water heater does not release CO2 at each home, instead CO2 is localized at power plant. Gas water heaters release CO2 at each home which factor in environmental efficiency.Efficiency of all gas water heaters falls and cannot be fully restored if untreated hard water deposits sediment over heat transfer surface. Generally, gas heaters exposed to hard water require softener which affects overall efficiency.Efficiency of tank-type electric water heater remains at 99% until sediment reaches element, causing element to burn out. Full 99% efficiency is restored by cleaning out tank and replacing element. Generally, tank-type electric heater does not require water softener.Downsizing water heater, reducing consumption, selecting water heater with fewer parts, reading the manual, and draining tank each 6 months to avoid sediment are key to saving energy.
How efficient is a small space heater?
Small space heaters can be efficient for heating small areas or rooms, as they provide targeted heat where needed. They are generally more cost-effective than central heating systems for heating specific spaces for short periods of time. However, their efficiency can vary based on the heater's design, energy source, and usage.
What is the examples of electrical energy to thermal energy?
An electric heater ( the only known 100% efficient device ).
