The city of Milwaukee future energy, and the global environment depends on the human impact and building energy use and conservation utilizing renewable energy resources instead of fossil fuel that could potentially harm the environment through its ecological effects. The Office of Environmental Sustainability Milwaukee highlights the importance of smart energy and the basis of smart energy policy through the enforcement of renewable energy resources, energy conservation, and energy efficiency.
According the National Institute of Building Sciences the annual energy use for buildings is 39% and 68% on electricity. During the initial design phase and schematic development of the building mass and envelop, and also before the construction phase begins, the design team and all parties involved within the process must follow basic Green Design procedures to accommodate energy use conservational methodology in order to reduce green house gas effects on the local and world climate. This help maintaining energy budgetary constraints manageable within an acceptable rate.
To achieve the main objective of conserving the environment and saving on natural resources, it is vital that we incorporate several design strategies that could greatly lower the impact of excessive energy use. A climate adaptive design that reduces the lighting load, heating and cooling system demands is the solution. Renewable energy resources are to minimize the dependency on fossil fuel for energy needs, saving the environment and the earth envelop from the modern human impact and the green house gas effect.
Examples of renewable energy resources that could be employed for such purpose are, day-lighting fixture that minimize electrical consumption, passive solar heating elements that reduce or eliminate HVAC systems, photovoltaic that produce electricity, geothermal and groundwater cooling systems, and more. Also, consider part-load energy efficient HVAC and lighting systems within the building deign strategies. Specifying energy-modeling programs during the design phase to optimize the overall building performance throughout the life cycle of the building. Using CO2 sensors and additional air quality alarm systems that monitor the HVAC systems performance are key to improve the indoor air quality. In other words, and in order to measure the building performance for future high energy efficient improvement, it's important to annually meter and report the performance of the building components and envelop, and improve material quality against the elements on future buildings.
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