Using electricity as energy and converting it into thermal energy, it is then converted through a boiler to output steam, high-temperature water, or organic heat carriers with a certain amount of thermal energy

“ High power electric thermal energy storage furnace; It is a high-power new type of heat source that utilizes low valley electricity or waste wind power to adopt solid heat storage method. It can work directly at the voltage level of 380V-110kV, achieving ultra-high power electric thermal conversion and ultra-high capacity thermal energy storage. The stored heat energy is released through secondary heat exchange when needed for user use

(1) Efficient and energy-saving, fully utilizing off peak electricity prices, achieving rational utilization of electricity, and reducing operating costs

(2) The system has strong adaptability and can operate at various voltage levels (380V-110kV)

(3) Stable and reliable, thermal storage materials can store heat stably, ensuring the stability and reliability of heating

(4) High thermal efficiency, using unique insulation materials for insulation, with a comprehensive thermal efficiency of over 95%

(5) Intelligent operation, capable of unmanned operation and remote monitoring

(6) Cloud database, through database analysis of temperature and heat output ratio, truly achieves climate compensation

Using an electric boiler as the heat source and low-cost electricity at night, water is used as the heat storage medium for heating and stored in a thermal storage tank. The electric boiler is turned off during peak hours of the power grid, and the hot water stored in the thermal storage tank is used for heating. The outlet temperature can be set arbitrarily between 35 ℃ and 90 ℃

(1) Electric boilers have no combustion, no harmful gases emitted, no pollution, no noise, and are the least polluting among various heating boilers. They are pure green and environmentally friendly products

(2) High degree of automation, safe and stable operation, with multiple automatic protections such as over temperature, over voltage, over current, short circuit, water interruption, and phase loss, achieving mechatronics integration

(3) The electric boiler has a small volume, simple and compact building structure, and does not require chimneys or fuel storage areas

(4) High thermal efficiency, reaching over 98%

(5) The outlet temperature and heating time can be adjusted freely

(6) Fully utilize low valley electricity storage and energy storage, peak shaving and valley filling, and reduce operating costs

The heat released from the combustion of fuel heats the water in the pot, which is continuously heated by the energy released from the combustion of fuel in the furnace, resulting in an increase in temperature and the production of steam or hot water

(1) Efficient and energy-saving, with higher thermal efficiency, can more effectively convert the chemical energy of fuel into thermal energy, reducing energy waste

(2) Environmentally friendly and clean, the combustion products have minimal impact on the environment, the exhaust temperature of gas boilers is low, and it can also reduce thermal pollution

(3) Safe and reliable, with a high degree of automation and multiple security protection functions

(4) Widely applicable, suitable for heating occasions of various scales, such as homes, schools, hospitals, factories, commercial buildings, etc

(5) Easy to maintain, gas boilers have a relatively simple structure, operate smoothly, and are relatively easy to maintain. Compared with coal-fired boilers, gas boilers do not require frequent operations such as ash removal and slag cleaning, reducing maintenance workload

It is a mechanical device that uses the thermal energy of fuel or other energy sources to heat water into steam

(1) High production efficiency: Instantly generate heat in 5 seconds, ready to use immediately

(2) High thermal efficiency: Pure water is used as the medium to completely avoid scaling, with a thermal efficiency of about 96%

(3) Precise control: Group intelligent frequency conversion, automatically start and stop according to the end of the steam consumption change equipment

(4) Efficient and energy-saving: Comprehensive energy saving of about 30% or more, quickly saving energy-saving investment

(5) Easy and worry free: No inspection or approval required, no qualification required, no need for dedicated personnel to be on duty

(6) Safety and environmental protection: There is no risk of explosion for non pressure vessels

(7) Easy installation: small footprint, no strict environmental requirements

(8) Intelligent and user-friendly: One click start stop intelligent control