トリニティ工業株式会社

Heat Pump (All-Electric)

Heat Pump (All-Electric)

CO₂ emissions from equipment can be reduced by converting gas and steam heat sources to electric heat pumps. In addition, significant energy savings can be achieved by recovering waste heat from heat pumps.
Trinity conducts repeated system studies and annual load simulations to propose the optimal heat pump system for each customer. Through this, we improve the efficiency of facilities, achieve the best mix of energy, and reduce initial costs.

Solve these issues
・Conversion of heat source to electricity (ex.: gas heating → heat pump heating)
・Increased use of renewable energy through electrification
・Offer speedy and accurate proposals

Features

Proposing optimal heat pump systems with Trinity’s original heat management simulation

By simulating the annual load of the equipment, we can examine the heat pump system quickly and make a speedy and accurate proposal.
We can also propose the best mix of heat sources in addition to electricity by examining various patterns, considering the customer's operation method and other factors.

Proposing waste heat recovery using heat pumps

Equipment can be heated (cooled) by collecting waste heat from each piece of equipment, the factory atmosphere, and wastewater and converting it into energy that heat pumps can use. In this way, previously wasted energy can be converted into usable energy, leading to energy savings in equipment.

Applications・Installation record

Applications
・Pre-treatment process, e-coating process
・Painting booth (air make up system and oven)
Installation record
・Trinity production line (Toyota Plant)

Related information

Utilizing a heat pump in our "Environmentally-friendly painting line"
Painting page

Contact us

Contact us below for inquiries, estimates, and technical information.
Paint and Application Systems Division, C.S. Sales Department
TEL:0565-24-4809
Email:cseigyo@trinityind.co.jp

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