Heat exchange units for urban heating

Urban heating heat exchange units are heat exchange units used for heating in cities, schools, factories, livestock industries, and other areas. From a reliability perspective, plate heat exchangers and heat exchange units are the main force. This set of equipment can achieve fully automatic, intelligent, unmanned monitoring, and remote control of heat exchange equipment. Today we will provide a standardized introduction to the working principle, characteristics, and advantages of this heat exchange equipment.

1、 Working principle of heat exchange unit
The working principle of the heat exchange unit is based on the principle of the circulating water system, and there is not much difference. It is supplied with heat source by the heat medium system, enters the heat exchanger from the primary side, undergoes heat exchange process inside the heat exchanger, and is then discharged into the pipeline and transmitted to the secondary side user end to achieve heat exchange process.But it has its own process principle. The equipment can transfer heat to the water quality through its intelligent temperature control adjustment, and then cool down and flow out again. Some of the heat energy enters the condensate tank, which can achieve our waste heat recovery process. At the same time, the secondary water passes through the process of the water processor before entering the heat exchanger, and then transfers the heat to the user for use. At this time, the water supply temperature of the equipment is automatically controlled by an intelligent temperature control device, and converted into corresponding temperature heat energy according to the user's different needs.

Secondly, the heat exchange unit used for urban heating can achieve intelligent temperature control heating and is also related to the water replenishment system. The secondary water return pressure of the water replenishment system will be ensured to be within the designed range. The pressure of the secondary water return will definitely be lower than the set range, and if it is about to exceed the replenishment pump, it will automatically start the boosting process. When the pressure reaches the limit, the safety valve will discharge and release the pressure, and the equipment pressure and water supply will return to the appropriate limit.

2、 Characteristics of heat exchange units used in urban areas
1. The intelligent heating and heat exchange unit adopts modular process design, which reduces its structural footprint and significantly reduces our engineering cost. At the same time, it does not affect the effectiveness of our heat exchange process, and is reliable, energy-saving, and has low operating costs.
2. There are various control methods, and the level of intelligence and automation of the equipment is very high. Users can use various control methods such as remote operation and on-site control cabinet operation. The equipment's LCD screen displays, so there is no need to worry about discovering factors that are not clear from remote control. Remote microcomputer monitoring operation, centralized management of multiple units.
3. The automation process of the equipment includes automatic water replenishment, automatic pressure regulation, and control of water flow rate to prevent excessive process and rapid scaling of the equipment.
4. The equipment is easy to install and disassemble. Generally, this device is a complete set of equipment when installed, and the installation process is integrated. Users only need to connect the pipelines to start running. If the dismantling and maintenance process needs to be carried out later, simply dismantle the connecting pipeline and then disassemble the heat exchanger.

3、 Application of urban heat exchange units
Heat exchange units for urban heatingDue to its intelligent temperature control technology, it is widely used in public buildings, residential heating, industrial production and other fields. The suitable types of processes are distributed in heating, air conditioning, domestic hot water, thermoelectric systems and condensation processes, especially in places with boilers or power plants, such as hotels, restaurants, swimming pools, air conditioning, schools and other large-scale process fields.