Answered: Use at least six of the principles of…

Applications and Investigations in Earth Science (9th Edition)

9th Edition

ISBN:9780134746241

Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Chapter1: The Study Of Minerals

Section: Chapter Questions

Problem 1LR

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Question

Use at least six of the principles of green energy for designing new university structure?

Expert Solution

Step 1

A structure constructed by the use of green energy is known as a green building. It has significantly less impact on the environment as it is a sustainable building that is constructed by the use of the processes which are resource-efficient from site to construction, maintenance, renovation or we can say throughout a building's life.

Step 2

Six principles of green energy for designing new university structure are given below:

Upgrade Site Potential- Regardless of whether planning another structure or retrofitting a current structure, site configuration must coordinate with supportable plan to accomplish a fruitful task and starts with the best possible site choice, including the current structure's recovery. The area, direction, and arranging a structure all influence neighborhood environments, transportation strategies, and energy use.
Streamline Energy Use- Improving the energy execution of existing structures is essential in expanding our energy freedom. Working net-zero energy structures is one approach to lessen our reliance on petroleum derivative inferred energy fundamentally.
Secure and Conserve water- An economical structure should utilize water proficiently, and reuse water for on-location use, when feasible.
Upgrade Building Space and Material Use- As the total population keeps on developing; the utilization of characteristic assets (and the requests for them) keeps on expanding. A supportable structure is planned and worked to utilize and reuse materials most profitably and reasonably over its whole life cycle.
Improve Indoor Environmental Quality (IEQ)- The indoor ecological quality (IEQ) of a structure significantly affects tenant wellbeing, comfort, and efficiency. Among different properties, a supportable structure amplifies daylighting, has fitting ventilation and dampness control, enhances acoustic execution, and dodges the utilization of materials with high-VOC discharges.
Enhance Operational and Maintenance Practices- Originators can determine materials and frameworks that decrease support necessities; require less water, energy, and harmful synthetic substances and cleaners to keep up; and are financially wise and diminish life-cycle costs.