High efficiency thermal energy storage
Pioneer's core technology includes high performance thermal storage devices utilizing high density nano-composited phase change materials; with similar energy density as lithium-ion batteries, but at 1/20 of cost.
Latent heat storage works by utilizing the energy that is absorbed and released in the phase change process.
Pioneer's products & solutions enabled rapid and broad market application and is a zero-to -one break-through in this field.
Energy absorbtion
Energy storage working principle
Energy release
No emission, no pollution
1/20 of Li-Ion
Ambient Pressure and Non-flammable
5—20x of water
> 7000 cycles
3-4 times higher than organic materials
| Material type | Characteristic temperature（℃） | Energy storage density（KJ/L） | Application area |
| QN-1 | 70~80 | 650 | Distributed clean heating/Wasted thermal energy utilization/Peak shifting/Solar thermal |
| QN-2 | 50~60 | 400 | Energy storage heat pump/Distributed clean heating |
| QN-3 | 20~30 | 330 | Environmental temperature control |
| QN-4 | 4~10 | 225 | Cold storage/Peak shifting |
| QN-5 | 110~250 | 660 | Low pressure stream/Solar thermal utilization |
| QN-6 | 500~700 | 700 | High temperature heat storage/Electricity generation |
| QN-7 | 80~90 | 600 | Distributed clean heating/Wasted thermal energy utilization/Peak shifting/Solar thermal |
