Green Building is the new term that is fast gaining momentum and popularity. With governments regulations and enforcements in place, green buildings are becoming the way of life. Commercial structures are already required, to a certain extent, to adhere to the regulations and the regulations are soon creeping into the spheres of residential buildings too.
Building Energy Modeling is the study, design and modeling of building structures based on energy consumption, carbon emission and various other factors that decide the “greenness” of a building.
Many times, you might have seen LEED Energy Modeling Plans being spoken of by engineers and designers. The LEED (Leadership in Energy and Environmental Design) energy modeling plans are focused on creating designs that cater to the regulations suggested by governments on building energy rules.
Although participation in LEED has been voluntary so far, it is expected that such regulations could soon become standardized. If that happens, building energy modeling will become one of the most-sought after tools in the architectural industry.
Building energy modeling tools involve a variety of methods and calculations:
Building Energy Modeling is the study, design and modeling of building structures based on energy consumption, carbon emission and various other factors that decide the “greenness” of a building.
Many times, you might have seen LEED Energy Modeling Plans being spoken of by engineers and designers. The LEED (Leadership in Energy and Environmental Design) energy modeling plans are focused on creating designs that cater to the regulations suggested by governments on building energy rules.
Although participation in LEED has been voluntary so far, it is expected that such regulations could soon become standardized. If that happens, building energy modeling will become one of the most-sought after tools in the architectural industry.
Building energy modeling tools involve a variety of methods and calculations:
- Daylight / Lighting Modeling
- CFD
- HVAC Analysis
- Building Component Analysis
- Whole Building Energy Simulation
- Airflow Patterns (through CFD)
- Thermal and Windflow analysis
Building energy modeling helps in understanding the energy consumption of a building depending on the load and components involved. It can help in designing structures that are highly environment-friendly and cause very little carbon imprint on the environment.
With so much going on with climate change and global warming, building energy modeling is a vital tool and science that can help in building structures that will utilize the natural sources of energies like daylight, solar power, wind and thermal systems effectively.
While in case of residential buildings, LEED is often not dealt with professionally, in commercial cases, this is almost becoming a rule as it helps reduce energy costs drastically. Building energy modeling is certainly an asset in the development of building models.
With so much going on with climate change and global warming, building energy modeling is a vital tool and science that can help in building structures that will utilize the natural sources of energies like daylight, solar power, wind and thermal systems effectively.
While in case of residential buildings, LEED is often not dealt with professionally, in commercial cases, this is almost becoming a rule as it helps reduce energy costs drastically. Building energy modeling is certainly an asset in the development of building models.
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