Green building construction thesis proposal - …

This construction system comprises two insulating cladding walls made of high density expanded polystyrene, joined by two metal spacers that are reinforced in their lateral parts by flat metal bands. Then concrete is poured inside the cladding up to a height of 3.6 metres in one go. This wall system is totally seismic-protected and has a variable width of 0.25 m to 0.45 m, with excellent acoustic and thermal insulation properties.

Aside its exceptional thermal insulation properties, it offers excellent acoustic insulation and a fire-retardant effect from 90 to 120 minutes, depending on the thickness of the wall. It naturally insulates the outside from the inside, eliminating all thermal bridges and offering full protection to the construction. This type of construction method can be used for high buildings (up to 10 storeys) and underground basements.

With its reinforced insulation concept for all exterior walls and the slow inertia of its walls, Euromac2 (walls, floors, roofs) is particularly effective for BBC (low energy) buildings (Effinergie, Minergie and passive house certificates) and suitable for green building projects.

Research Proposal Sample Jsb 417 | Green Building - …

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Green Building | Building the Future with Intention

This guide provides a general introduction to locating information about.
Welcome to Sustainability House Sustainability House is a nationally recognised provider of energy efficiency assessments and ecologically sustainable design.
The Sustainable Design curriculum offers three design-based and three scholarly programs that study the relationship between the built and natural environments.
Green Architecture Green architecture is an approach to building which has become more popular in the last 25 to 30 years.

Prelim Thesis Prop Outln | Green Building | Sustainability

These are mineral wools, cellular glass, glass foam, expanded glass, expanded perlite, expanded vermiculite, expanded clay, pumice stone, pozzolana and mineral foam. These insulation materials are made of mineral raw materials (silica, clay, volcanic rock, etc.). They can also include certain products of recycling (glass, blast furnace coke, etc.) In an industrial process where various additives are generally integrated, the raw materials are transformed into fine fibres, rolls, panels, expanded granules, etc. with very variable properties.

Their production uses raw materials that are often abundant in the Earth’s crust, but the high-temperature manufacturing processes are energy-intensive and produce CO2. In the usage phase, products offer varying degrees of stability depending on their textures and densities. At the end of the building’s life, the possibilities of reuse or recycling depend greatly on the nature of these products and above all those associated with them. Mineral insulation materials can therefore only be used for green building applications according to their own properties.

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04/04/2015 · Thesis Proposal Analysis 1: Effects of Green Building on Marketability

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Specific electricity corresponds to that required for services that can only be provided through the use of electricity. Items that are not taken into account in specific electricity include hot water, heating and cooking, which can use other types of power. Specific electricity consumption has doubled over the past 20 years and this trend is likely to continue. Choosing energy-efficient appliances is therefore of great importance in a green building.

Efficient appliances will make significant savings on the specific electricity bill. For example, the savings generated by low energy lamps reduces costs by a factor of 4 compared to incandescent lamps. For cooling appliances, the difference in consumption between two different new machines can be anywhere from 1 to 3. Note also that a new appliance can consume up to six times less than an aged appliance.

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Faced with the scarcity of fossil fuel supplies and increasing prices, the development of renewable energy sources, especially solar power, contributes to securing our energy supplies. Photovoltaic solar power is a buoyant sector. The Legrand group is contributing to its progress, notably in terms of safety. By assisting in the timely diversification of our energy resources, photovoltaic techniques are a pillar of sustainable development and the green building approach. Effectively, due to its abundance and inexhaustible supply, much greater use should be made of solar power as a resource.

Legrand proposes protection cabinets and components to protect and cut off DC electricity produced by photovoltaic panels. Safe deployment in residential applications is made easier with suitable solutions that combine UPS and protective devices in a single product. Such equipment can be used to build 3 kWp installations.

For commercial installations, the accent is naturally placed on safety, with MC4 type connections. This type of equipment enables reliable and durable connections. We can add emergency stop slap buttons to enable immediate shutdown. Legrand proposes weatherproof cabinets, protective devices, cut-off devices and UPS up to 14 kWp, both for DC and AC applications.

Photovoltaic energy generates no greenhouse gas pollution or waste. Its potential is infinite and therefore plays a major role in sustainable development. According to the International Energy Agency (IEA), a surface area of 145,000 km² (or 4% of the surface of the driest deserts) would be sufficient to satisfy the whole planet’s electricity needs. The IEA calculation shows that a photovoltaic installation connected to the network will produce an ROI within 1 to 3 years, depending on the amount of sunshine captured by the site.

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Transformers are used to reduce the voltage on electric current delivered by a supplier, to an intensity suitable for the user’s electrical equipment. A dry-type transformer, contrary to a submerged transformer, is made up of moulded windings in a vacuum, inside an epoxy resin insulating casing. Cooling is done only by the surrounding air. These transformers offer reduced losses, which generate extensive electricity savings and a significant contribution to sustainable development and the green building approach.

They are designed to optimise energy efficiency. The resulting reduction in electricity use can reach 20% in relation to a conventional dry transformer for a building not in use (nights and weekends). Their use can therefore significantly lower the impact on the environment. This 20% reduction in energy use corresponds to 408 kg of CO2 per year for a 1250 kVA transformer.

In contrast to oil-based transformers, Zucchini transformers use “dry cast resin” technology. They can reduce the limitations, risk of fire and ejection of pollutants into the environment. They are therefore appropriate for sustainable development and do not need to be protected in a dedicated, isolated structure. They can also be more easily recycled at the end of their life. Zucchini transformers reduce energy consumption during phases of no activity in buildings. They can therefore generate significant savings. For a computer centre with two clusters of 250 m², the savings are in the order of €500 per year, or 816 kg of CO2 equivalent, which enables their cost to be amortised in under 5 years.