It could also be done by installing equipment that are powered by renewable energy sources such as solar, wind, water, and so on. This press release gathers information about base station and telecom industry air conditioner unit as well as the feature that come with it.

If you want to reduce your contribution to global warming, the easiest way to do so is to start using solar-powered devices, such as solar energy to power your air conditioner instead of using an electronic air conditioner.

In this approach, you are effectively utilising the sun to keep things cool around you while saving a considerable amount of money on expensive electricity bills. Yes, you read it correctly; solar-powered devices are beneficial for those who are looking for ways to reduce their power costs in order to save money on day-to-day expenses.

The Base station air conditioner is ideal for environments with a high heat load, such as telecommunications base stations, computer rooms, power supply rooms, accuracy equipment rooms, and so on.

Characteristics

High ratio of energy efficiency
The Base Station Air Conditioner uses a high-efficiency full-sealed rotor or scroll compressor with an outside balance thermal expansion valve that is exceptionally steady. The high-performance heat exchanger has been meticulously designed. The systems have a high efficiency coefficient and power efficiency ratio after a significant number of matching studies. It has a score of 3.2 or higher, giving it an unrivalled advantage in terms of energy savings and usage reduction.

The sensible heat ratio is high

Electronic equipment runs to release a high quantity of sensible heat in a relatively tight base station or computer room environment. In this case, the unit is carefully constructed to have a big air volume and a small temperature difference, and the heating ratio is greater than 85%, ensuring that the unit operates efficiently.

The cooling effect of fresh air

When the air temp outside the computer room is lesser than the enclosed set temperature range, the unit can automatically turn from compact cooling to fresh air power cooling mode, replacing the systemic circulation cooling room temperature with outdoor natural cold air to achieve high energy savings. It spends a lot of money but saves a lot of money in the long run.

Monitoring from afar

The Base Station Air Conditioner has an RS-485 connection port that can connect to a remote monitoring computer for complete parameter control.
All of the human-machine interfaces are interactive, including the unit switch, temperature setting, function selection, mode switching, fault code display enquiry, status parameter display, and others. All of the unit's points are fully monitored by a monitoring host.

Self-start should be turned off

The power-down self-starting function is specially intended to respond to the uncertain situation of the power distribution grid in China's wealthy and poor locations. When a call is made soon after a power outage, the device remembers the running status of the air conditioner and starts it automatically before the electricity is shut off.

Switching between two machines

Double-click switching mechanism is ideal for base stations that are left unattended in remote locations. The user will employ the host plus backup mode design for safety reasons, which can achieve dual-machine alternative cooling operation to extend the service life. It is critical that if one of the air conditioners fails, the other one be turned on right away.

Controlled by a computer

A specially constructed huge Chinese character text controller is used by the Base Station Air Conditioner. The microcomputer controller's high security and reliability are complemented by its potent function driving abilities and interaction port, allowing for inter network remote centralised monitoring data exchange, as well as regulate and connectivity use. This reduces base station control and maintenance costs.

DBS Cooling Technology

DBS products are used in a wide range of applications, including heat dissipation for wind energy equipment, medical devices cooling, Telecom enclosure, super-duper modern manufacturing environmental climate control, data centre and telecommunication network equipment heat dissipation, power storage and strength electronic and electrical thermal management, and energy-saving ventilation within buildings. Enquire today.