Basic situation of customers:

Hikvision, a Fortune 500 company, is a leading provider of security products and industry solutions, committed to continuously improving video processing technology and video analysis technology, it provides leading security products, professional industry solutions and high-quality services to the world that continuously creates greater value for customers.

The air source heat pump and related auxiliary equipment of this bid are used by the dormitory area and canteen for thousands of people in Tonglu Hikvision. The dormitory area contains 6 15-story dormitories, each dormitory building is divided into 2 areas.

Issues that need resolving:

As a Fortune 500 company, Hikvision has many employees and a dense population. The company not only has strict control over the performance, quality and safety of the equipment, but as a world leader company, it strongly advocates the concept of green and low carbon. Therefore, it has high requirements for the energy saving and environmental protection of the unit.

Solution:

Warm's professional technical team has formulated a complete engineering solution according to the project requirements. The program uses Warm air source heat pump hot water machine, using the reverse Carnot cycle principle, consumes a small amount of clean electrical energy, and recovers the heat energy in the air to heat the hot water. Compared with the traditional boiler gas, it greatly improves the safety and reduces operating costs without causing any pollution. The unit's all-stainless-steel shell is designed to prevent rain and snow, and has multiple protection functions built in. It is not affected by severe weather, which greatly improves the safety of the unit.

Customer benefits:

Warm non-standard customized equipment allows customers to meet all their needs at once. Professional and reliable equipment has won unanimous praise from customers. Energy-saving and environmentally friendly design enables customers to save about 3 million yuan of operating costs each year.