Building Energy Management Best Practices

An effective energy management program for your business can significantly reduce your energy bills. You can ensure that your organization uses energy efficiently by monitoring and measuring specific components of a building energy management system.

A building energy management system (BEMS) is a fantastic concept, but specific components must also be monitored. The meter is the most basic and obvious, but various other parts must be measured and analyzed to see if your energy use is within your budget.

The most comprehensive and dependable energy metering system should be capable of measuring both the energy supplied to each wing of a structure and the energy consumed by each resident. It should also be able to notify you if there are any abnormal conditions. It should also be able to present clear and concise data on energy usage and consumption to help with operations planning.

A more modern metering system may include real-time meter readings, utility data, and cloud data services. These tools can assist you in better understanding your electricity bills, comparing energy rates from different providers, and tracking changes over time.

Whether constructing a new facility or upgrading an existing building's energy management system, having the necessary tools and resources to evaluate efficiently, report, and communicate on energy usage is critical. Investing in a centralized dashboard is an excellent method to ensure you accomplish your energy savings goals.

Efficient reporting entails compiling a clear, simple, and accurate picture of energy expenses and use. This data can assist your company in making data-driven decisions.

Embedded reporting systems are low-cost approaches to creating and distributing reports to your team. They are also an excellent method to provide your employees with a competitive advantage. They can match your company's colours, typefaces, and logos. These systems facilitate report generation and increase productivity.

Observers have discovered that occupant behaviour considerably impacts a building's energy use. However, this has primarily been studied in technical terms. The actions of building occupants can affect electrical and water usage and heating and cooling systems.

Demographics, lifestyles, perceived comfort, and constraints influence occupants' behaviour. It is also affected by the vulnerability. The residents' socioeconomic position influences these variables. A high-income occupant, for example, can save more energy than a low-income one.

Several studies have been undertaken to assess occupant behaviour. Most of this research is focused on specific activities, such as window opening.

Whether your structure is huge or small, IoT-based analytics tools can help you manage your energy resources more effectively. These technologies can help you manage energy consumption, prevent outages, and optimize maintenance operations by obtaining information from various sources.

Companies are increasingly turning to more sustainable solutions as their business needs change. To comply with the rules, the energy sector has undergone significant changes. Furthermore, many firms have implemented environmental, social, and governance programs. Using IoT data can help businesses better understand how to fulfil their objectives while minimizing their ecological effect.

IoT-based energy systems serve a variety of sectors. Sensor-enabled assets, for example, can aid in predicting damage and overheating. This information can be utilized to discover ways to prevent an issue from occurring. Furthermore, it can assist businesses in determining the severity of a problem, allowing them to limit the damage.

An Energy Manager may be hired as a full-time employee or contractor, depending on the employer. They are in charge of all energy systems in a facility and must stay current on local, state, and federal regulations.

An Energy Manager's responsibilities include conducting energy audits, devising energy-efficiency projects, and assessing current energy expenditures. These duties are carried out in partnership with utility companies. They also assist in the creation of budgets and the planning of retrofit projects.

Larger enterprises, government offices, and institutions frequently employ energy managers. They could also be trained in mechanical or electrical engineering. They may also have prior business experience as facility managers and specialize in HVAC, lighting, or water systems.