A Smart Building Automation using DDC Controller
Main Article Content
Abstract
The term "Direct Digital Control (DDC) Controller" describes the capability of programming Heating, Ventilation, and Air Conditioning (HVAC) equipment. It can be applied to lower costs, optimize energy use, and automate processes. The fact that a DDC for construction automation offers continuous control and monitoring of several factors, including moisture, temperature, lighting, and ventilation, is one of its main advantages. A DDC can assist in making sure the building is always functioning at ideal circumstances, which can result in increased energy efficiency and lower energy expenditures, by regularly monitoring these factors. The utilization of occupancy sensors is another method that DDC can contribute to energy conservation. These sensors have the ability to recognize when humans are in a space and modify the HVAC and lighting controls appropriately. For instance, the DDC can save energy by turning down the lights and adjusting the HVAC system in an unused room. In addition to overseeing and managing diverse aspects, a DDC may additionally be employed to maximize the efficiency of apparatus like pumps, boilers, and chillers. A DDC can assist in ensuring that equipment is working at maximum efficiency, which can help save the consumption of energy and maintenance costs. It does this via tracking equipment performance and making necessary adjustments to settings. In general, employing a DDC for construction management can assist increase cost effectiveness, boost energy efficiency, and enhance occupant comfort and safety.
Article Details

This work is licensed under a Creative Commons Attribution-NoDerivatives 4.0 International License.