5 Tips to Optimize Energy Efficiency, Occupant Comfort and Equipment Performance

Source: Trane Commercial

There is a wide range of improvements that can enhance building system performance, many of which can be easily identified using the right insight from the building’s own data.

1. Look at Problem Areas In Your Building

It might seem a bit obvious, but a little bit of analysis can go a long way. If you’re getting frequent complaints from one area in particular, there’s likely a problem there. By taking a deeper look at those complaints, you can get a better understanding of what the problem might be. A room that gets more complaints of heat during the summer afternoons despite being part of the central air system may have windows that aren’t effectively sealed. A room receiving complaints of being too hot in the winter might be near a pipe that is letting off a dangerous amount of heat and must be replaced. By analyzing the problem areas and digging a little deeper into the complaints, you can get a much better idea of what you’re dealing with and prepare accordingly. Dynamic commissioning provides a comprehensive assessment and path for improvements.

2. Start Small

When initiating the process of making improvements, fight the urge to begin with everything. While you may have a list of areas and equipment you’d like to improve, start small, identify the priorities, and work through your list over time. If there’s not a list, start by analyzing your building and equipment data to see how the building is operating. You can uncover no or low-cost improvements that don’t require much investment of time or money resulting in significantly improved energy efficiency and occupant comfort. Take a moment to review your building and do a retro-commissioning assessment.

3. Utilize Schedules That Match Building Use

Effective scheduling can be a powerful tool to help maximize your energy efficiency. Knowing which systems are going to be used the most at a certain time can allow you to plan and adjust your equipment accordingly and use the required energy in the best way possible. For example, a school would use a cooling system far less over the months of summer vacation where there is a significantly lower number of people in the building, than during the late spring. Similarly, an office building likely won’t require as much heating on New Year’s Day as other days in the winter. By having a good idea of the schedule on which your building’s occupants run, you can better align your systems to provide them energy when they need it, and cut back when they don’t. Take control by optimizing building automati