Today, total energy consumption is greater than the Earth's sustaining potential. The global trend towards sustainable development, the increase in population and the permanent exploitation of land as well as their effects on rising energy prices are placing increasing emphasis on the development of buildings with high performance. considerably higher environmental impact. Likewise, the transition to an energy system based on renewable technologies will have very positive economic and environmental consequences. Buildings are responsible for a high percentage of energy consumption each year and most of this energy comes from burning fossil fuels to provide heating, cooling and lighting, as well as to power appliances and appliances. electrical equipment. By transforming the built environment to be more energy efficient and climate friendly, the building sector can have a notable impact on reducing the use of non-renewable energy resources and the threat of climate change. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”?Get the original essayThe Richard J. Klararchek Information Commons at Loyola University is a good example of a high-performance energy-saving project, which , thanks to integrated energy systems and active and passive technologies, special attention is paid to minimizing the consumption of renewable resources. Minimum embodied emissions of materials and minimization of negative environmental impacts are also taken into account, while the building takes advantage of the maximum use of environmental potentials to create thermal and visual comfort inside and quality maximum indoor environment and architectural quality. On the one hand, the concept of a transparent and open IT space using the clearest glass available with visually delicate structural elements to maintain the view of the campus through the building to the lake, plays a crucial role in providing a magnificent daylight setting with breathtaking views which is part of the building concept. Furthermore, to achieve this result, it is essential to carry out a detailed climate analysis to understand the external environment in order to use the natural environment to heat and cool the building. A detailed climate analysis was carried out to understand the external environment in order to use the natural environment to facilitate ventilation of the building and help the heating and cooling systems operate better. Climate analysis including wind speed and the impact of solar radiation. For example, the results indicated that an integrated façade and mechanical design was necessary to mitigate heat gain due to sunrise and sunset in summer. As a result, it is perceived that the building is designed to harness energy from the surroundings and be in close connection with its surroundings, which is a crucial quality of an energy efficient and integrated building. The result of these innovative techniques is a building that achieves an energy reduction of 52% below ASHRAE-90.1-1999 requirements. The objective of this standard is to provide a set of standards for the energy efficient design of buildings, except for low-rise residential buildings, including standards such as lack of heating or cooling, non- use of electricity or fossil fuels, etc. The report aims to give a better perception of the energy systems used in the Klarchek.