Today the goal of net-zero energy buildings, districts, and communities is now financially realistic for many project types, sizes, and contexts, according to an article from Building Operating Management on the FacilitiesNet website.
Increasingly stringent building codes, the decreasing cost of photovoltaics, innovative green financing mechanisms, new frameworks to guide the design process from benchmarking to completion such as Zero Tool, Zero Code, and 2030 Palette, and technologies bringing net-zero buildings into the smart building space, such as fault detection and diagnostics, all make this possible.
As a result, we are now building not just net-zero energy, but net-zero carbon buildings, and the goal of net-positive isn’t far off. Whatever the details of the mathematical equation (zero or positive, energy or carbon), the most significant lesson learned from a decade of net zero is that the effort doesn’t stop at the ribbon cutting.
The most important phase in a net-zero energy building starts when people move in. A net-zero energy building is an operational goal in addition to a design and construction framework. Leveraging basic principles of integrated design, advanced technologies such as parametric analysis, and elevating the role of post-occupancy commissioning are key to its success.
Northwell Health Finds Energy Savings in Steam Systems
Endeavor Elmhurst Hospital Opens New 16-Bed Patient Observation Unit
Sustainability as a Baseline in Healthcare Facilities
Penobscot Valley Hospital Reports Data Security Incident
Ballad Health Acquires Land for Future Unicoi County Hospital