What is the power consumption of a 1 ton electric heating steam generator?

How many kilowatts does a 1 ton electric steam boiler have?

A ton of boiler is equal to 720kw, and the power of the boiler is the heat it generates per hour. The electricity consumption of 1 ton of electric heating steam boiler is 720 kilowatt-hours of electricity.

The power of a steam boiler is also called evaporation capacity. 1t steam boiler is equivalent to heating 1t of water into 1t of steam per hour, that is, the evaporation capacity is 1000kg/h, and its corresponding power is 720kw.

1 ton boiler equals 720kw
Only electric boilers use power to describe the size of equipment. Gas boilers, oil boilers, biomass boilers, and even coal-fired boilers are generally calculated by evaporation or heat. For example, a 1t boiler is equal to 1000kg/h, which is also 600,000 kcal/h or 60OMcal/h.

To sum up, a one-ton boiler using electricity as energy is equal to 720kw, which is equal to 0.7mw.

Can a 1 ton steam generator replace a 1 ton steam boiler?

Before clarifying this issue, let us first clarify the difference between steam generators and boilers.
Usually when we talk about boilers, the boiler that provides hot water is called a hot water boiler, and the boiler that provides steam is called a steam boiler, often referred to as a boiler. It is clear that the principle of steam boiler production is one, heating the inner pot, through “water storage – heating – water boiling – steam release”. Generally speaking, the boilers we call have large water containers larger than 30ML, which are national inspection equipment.

A steam generator is a mechanical device that uses heat energy from fuel or other energy sources to heat water into steam. Even more boiler is different. Its volume is small, the water volume is generally less than 30ML, and it is a national inspection-free equipment. It is an upgraded version of the steam boiler with higher technical requirements and more diversified functions. The maximum temperature can reach 1000c and the maximum pressure can reach 10MPa. It is more intelligent to use and can be remotely controlled by mobile phones and computers. It is also safer. higher.

To sum up, the similarity between them is that they are all equipment that generates steam. The differences are: 1. Boilers with large water volumes need to be inspected, and steam generators are exempt from inspection; 2. Steam generators are more flexible to use and can be controlled from temperature, pressure, combustion Methods, operating methods, etc. meet individual needs; 3. The steam generator is safer. The new steam generator has functions such as leakage protection, low water level anti-dry protection, overvoltage protection, grounding protection, overcurrent protection, etc. Safer to use.

Can a 1 ton steam generator replace a 1 ton boiler?

Now let’s go back to the topic, can a ton of steam generator replace a ton of boiler? The answer is yes, a one-ton steam generator can completely replace a one-ton steam boiler.

The steam generator produces gas faster. Traditional steam pots generate steam by storing water and heating the inner pot. Due to the large water capacity, some even need to be heated for several hours to generate steam. The gas production is slow and the thermal efficiency is low; while the new steam generator generates steam directly through the heating tube. Steam, since the water capacity is only 29ML, steam can be produced in 3-5 minutes, and the thermal efficiency is extremely high.

Steam generators are more environmentally friendly. Old-fashioned boilers use coal as fuel, which causes high pollution, and is gradually being eliminated by the market; new steam generators use new energy as fuel, electricity, gas, oil, etc., with less pollution. New low-hydrogen and ultra-low nitrogen steam generators , the emission of nitrogen oxides can be less than 10 mg, which is very environmentally friendly.

The steam generator has stable pressure and sufficient steam. Coal combustion has unstable and uneven characteristics, which will cause the temperature and pressure of traditional boilers to be unstable; new energy steam generators have the characteristics of full combustion and stable heating, making the steam pressure generated by the steam generator stable and stable. Sufficient quantity.