Direct Heat Exchange Technology
Gas-liquid direct heat exchange technology
We apply this natural principle to engineering.
What is direct gas-liquid heat exchange?
In typical air conditioning systems,
air
metal heat exchanger
refrigerant
水
This involves multiple stages of heat transfer.
On the other hand, with our technology,
air
水
This method utilizes direct heat exchange.
Because the thermal resistance in the intermediate layers is reduced, efficient heat transfer becomes possible.
Water has a large heat capacity
Water can store a much larger amount of heat than air.
Even a small amount of water can absorb and release heat from a large amount of air.
Therefore,
Reducing the cooling load
Reducing heating load
Mitigation of temperature fluctuations
It is highly effective in this regard.
The power of transpiration and evaporation
In nature, plants perform transpiration.
The water released from the leaves evaporates, absorbing heat from the surroundings.
This phenomenon works on the same principle as the traditional Japanese practice of sprinkling water to cool the ground.
We focused on this natural phenomenon,
Water, air, plants
We are studying the cooling effect resulting from the interaction of these elements.
Air conditioning technology learned from the forest
In the forest of Soshindo, which we are currently working on,
The underground heat storage layer, water circulation, plant transpiration, and airflow are all working simultaneously.
Forests are not machines.
However, as a result,
It moderates temperature, regulates humidity, and provides comfort to people.
We believe that the workings of nature hold clues to the future of air conditioning technology.
The challenge of air conditioning for living.
Conventional air conditioning systems have aimed to maintain a set temperature.
We are looking ahead to what lies beyond that.
「An environment that people find comfortable」
We are aiming for this.
Direct gas-liquid heat exchange technology, along with groundwater utilization technology,
「Growing Air Conditioning」 「Air conditioning for living」
This is a crucial foundational technology that supports it.
We aim to create an environment where both people and nature can thrive by utilizing the power of nature while reducing energy consumption.
