Climate emergency what heat pump factory can do?

In year 2019, there are a lot of bad climate events. Such as North Pole reaches 30 Celsius, Canada mountain fire, Amazon rainforest wildfires, Ice melt in big scale on Greenland.
All these events push European Parliament declared that environmental emergency in Europe and globally, and European should commit to net-zero greenhouse gas emissions by 2050 at the UN Conference.
All people know that the main reason is the excessive emmission of CO2. As common people, what we can do ? To take bus, to take electrical car, to plant more trees, to decrease the fossil fuel using.

As one heat pump factory, what we can do ?
Aircal heat pump factory designed the R32 heat pump to replace the R410A since 2017. And in year 2019, my factory all heat pumps refrigerant are replaced by R32.
All the 3 product ranges : 1st, Swimming pool heat pump , 2nd monoblock DC inverter heat pump, 3rd Domestic hot water heat pump water heater. All products now can be produced with R32 and also we try to persuade our customers to update their product to be R32 heat pump.

So some new customer may ask: what is the advantage of R32, Why we should give up R410A and change to R32 gas heat pump? Here are the reasons:

1. R32 refrigerant gets lower GWP figure. GWP (Global Warming Potential), It means if the heat pump or other product take R32 gas, it will make lower GWP and equal to less CO2 emmission.

2. R32 ODP(Ozone Depletion Potential) figure is 0 . It means it will not destory Ozone layer. As we know Ozone layer will protect our earth avoiding the ultraviolet radiation from Sun.

3.Why R32 Air source heat pump is more efficient than R410A?
Because of R32 gas feature, it can work with less quantity, but more heating exchange. Because of higher efficiency, after we take R32 as machine gas, the heat pump will get higher energy class. For example, my factory DC inverter heat pump can get European class A+++ level , it means it will save more electricity power, and it will indirectly cause the less CO2 emmission.

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