NEW ENERGY Co., Ltd.
Technology Introduction
Differentiated Heating Method!
Achieving Technological Innovation
Precise power control is possible because of the different heating methods
| Category | Gas Boiler | Electric Boiler | Heat Pump | Ion Heating System |
|---|---|---|---|---|
| Image |  |
 |
 |
 |
| Principle | Combustion | Metal Electric Resistance | Transferring low-temperature heat to high-temperature | Water Molecule Friction Heat |
| Energy Conversion Efficiency | 80% | 90% | 65% | 99.9% |
| Heat Transfer Method | Transferring heat to water | Transferring heat to water | Transferring heat to water | Water directly producing heat |
Heating Principle - Ion Heating
Direct heat generation using ions in water
Heating method utilizing ions, similar to ionized wind aircraft and ion spacecraft technology without fuel
Heat density is denser and higher
at the same temperature
Heat is generated by friction between individual electron particles and water molecules, preventing rapid cooling and using less energy.
Differentiated Heating Method
High efficiency with 99.6% energy conversion efficiency
Real-time temperature and current control
with artificial intelligence
AI detects temperature changes of just 0.5°C in real-time
Ultra-precise 10-stage control even for 0.1kW power consumption
Dramatic reduction in cumulative electricity usage
Exergy Efficiency
The AI ultra-precise power control of the ion heating system
prevents heat waste
Don't be confused about efficiency!
We compared electricity usage by recreating winter weather conditions.
Energy consumption is 28.1% less than that of heat pumps.
Company Inverter Heat Pump Performance Comparison
*May vary depending on site conditions
Heating speed is approximately twice as fast
as the metal resistance heating method of electric boilers
of the same class in our verification test
Energy savings are possible because temperature rises twice as fast as electric boilers, and power is saved
