Reasons to have a Future-oriented building energy management system

 A Building Energy Management System (BEMS) is centralized computer-based control and monitoring

system. It keeps track of all the mechanical and electrical equipment placed inside a building. The three

main components of a BEMS system are heating, lighting, and ventilation. These are all essential

components for the efficient operation of a building. The building management systems assist in

maintaining a safe environment within a building by facilitating instant access to all independent

supporting systems

There are several financial advantages to using a future-oriented BEMS. These systems can provide

building owners with insights that may promote less energy loss, delivering both ecological and

financial rewards. Certain building management systems additionally permit users to monitor and

control the power usage of a building through their Smartphones. The BEMS solution makes it possible

for the building to be operated intelligently through:

● Fault Detection & Diagnostics

System malfunction leads to enormous costs and unnecessary energy waste. A future-oriented BEMS

enables automated fault diagnostics that minimize system inadequacies. With the aid of cognitive

analytics, system vulnerabilities are discovered in the early stages, enabling organizations to undertake

preventative measures. Instead of reacting to emergency calls and taking the time to manually diagnose

problems, a BEMS identifies issues as they occur, proposes remedies, and makes automated operational

improvements.

● Detailed Reports

Through a centralized dashboard, BEMS provides intelligible visual representations of the data. This

comprises power usage reports, key performance indicator analyses, occupancy statistics, floor plan

information, etc. Data is prioritized and displayed in a way that is relevant to its audience. It has a

customizable reporting feature that is available to all stakeholders.

● Autonomous Controls

The operator can gather key information through cutting-edge sensors using autonomous command over

all BEMS-connected systems. This reduces the need for manual operation and aids in the achievement

of performance targets. These include lowering power consumption, streamlining internal operations,

and improving user comfort.