Energy Efficent Stuctures
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Hi Friends......!!!!! its about Energy Efficent Stuctures and their purposes and Advantages......!!!!!
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MATERIALS FOR PASSIVE SOLAR HEATING
The document discusses passive solar heating (PSH) design, which involves collecting solar energy through south-facing windows, storing that energy in building materials with high heat capacity, and distributing the stored solar energy throughout the living space. It describes the key components of a PSH system - the aperture (windows), absorber, thermal mass for storage, distribution methods, and controls. It also evaluates different materials for their suitability as a thermal mass, selecting concrete as the best option based on its high value of thermal conductivity over thermal diffusivity and relatively low cost.
Passive solar buildings.pptx arun
The document discusses passive solar buildings, which are designed to harness solar energy for heating and cooling. Passive solar buildings utilize elements like southern windows, shading, and thermal mass materials to collect, store, and distribute solar heat in winter and reject it in summer without mechanical systems. There are three main categories of passive solar systems: direct gain, indirect gain, and isolated gain. Passive solar building provide benefits like lower energy costs, increased comfort, and harnessing a renewable resource without bills.
Materials for Passive Solar Heating
The document discusses materials for passive solar heating. It defines passive solar heating as using solar energy through windows, skylights, etc. to provide heating without pumps or fans. It then discusses two models to determine the best materials. Model 1 aims to maximize heat transfer over 12 hours, favoring materials with high conductivity and specific heat. Model 2 adds cost as a factor, minimizing cost per unit thickness. Considering both models, the best materials are concluded to be cement, brick and concrete.
Energy saving
The document discusses different types of energy sources, including renewable and non-renewable sources. It provides examples of non-renewable sources like fossil fuels and discusses renewable sources such as solar, wind, hydro, geothermal, biomass and tidal energy. The document emphasizes the importance of conserving energy given that non-renewable fuel sources are limited and calls on individuals, especially children, to do their part to reduce energy consumption both at home and at school.
Easy way to save energy
Climate change challenge us to review our life style specially on patterns of energy use. Excessiveness in energy uses makes energy management not optimal.
We can handle it very easy, by doing little things following, so much energy can be saved for our future sustainability.
Solar building design
This document discusses solar building design principles and provides examples of solar homes. It begins by explaining how ancient civilizations oriented buildings toward the sun and discusses how modern passive solar design is practical and affordable. It then describes four solar home projects: 1) An award-winning passive solar home in Northern California that needs no fuel for heating or cooling. 2) A five-story solar tower house with a solar-heated hot tub. 3) A barn with a 3 kW integrated solar roof that powers a home and apartment. 4) A 2,000 square foot home combining passive solar and solar collectors for heating and a roof-integrated PV system. It provides details on orientation, thermal mass, insulation and the energy savings of the
Energy ramon borrás y miguel kouicem
Passive solar energy uses natural sunlight without photovoltaics. Methods include solar ovens and indoor heating techniques that make use of clean, inexhaustible sunlight. Key components of passive solar systems include south-facing glass for winter heating, thermal mass materials like brick or concrete for heat storage, and proper building orientation within 30 degrees of true south for maximum solar gain and reduced cooling needs.
conservation of energy done by madagascar group
Energy conservation refers to reducing energy consumption through using less of an energy service or being more efficient. There are renewable and non-renewable energy sources. Renewable energy sources like solar, wind, and hydro can be generated continuously without limit, while non-renewable sources like fossil fuels are limited. The Energy Conservation Act was enacted in 2001 to promote efficient energy use and conservation in India. Individuals and industries can conserve energy through practices like using efficient appliances, insulation, adjusting boiler temperatures, recycling waste, and turning off unused devices.
Recommended
MATERIALS FOR PASSIVE SOLAR HEATING
The document discusses passive solar heating (PSH) design, which involves collecting solar energy through south-facing windows, storing that energy in building materials with high heat capacity, and distributing the stored solar energy throughout the living space. It describes the key components of a PSH system - the aperture (windows), absorber, thermal mass for storage, distribution methods, and controls. It also evaluates different materials for their suitability as a thermal mass, selecting concrete as the best option based on its high value of thermal conductivity over thermal diffusivity and relatively low cost.
Passive solar buildings.pptx arun
The document discusses passive solar buildings, which are designed to harness solar energy for heating and cooling. Passive solar buildings utilize elements like southern windows, shading, and thermal mass materials to collect, store, and distribute solar heat in winter and reject it in summer without mechanical systems. There are three main categories of passive solar systems: direct gain, indirect gain, and isolated gain. Passive solar building provide benefits like lower energy costs, increased comfort, and harnessing a renewable resource without bills.
Materials for Passive Solar Heating
The document discusses materials for passive solar heating. It defines passive solar heating as using solar energy through windows, skylights, etc. to provide heating without pumps or fans. It then discusses two models to determine the best materials. Model 1 aims to maximize heat transfer over 12 hours, favoring materials with high conductivity and specific heat. Model 2 adds cost as a factor, minimizing cost per unit thickness. Considering both models, the best materials are concluded to be cement, brick and concrete.
Energy saving
The document discusses different types of energy sources, including renewable and non-renewable sources. It provides examples of non-renewable sources like fossil fuels and discusses renewable sources such as solar, wind, hydro, geothermal, biomass and tidal energy. The document emphasizes the importance of conserving energy given that non-renewable fuel sources are limited and calls on individuals, especially children, to do their part to reduce energy consumption both at home and at school.
Easy way to save energy
Climate change challenge us to review our life style specially on patterns of energy use. Excessiveness in energy uses makes energy management not optimal.
We can handle it very easy, by doing little things following, so much energy can be saved for our future sustainability.
Solar building design
This document discusses solar building design principles and provides examples of solar homes. It begins by explaining how ancient civilizations oriented buildings toward the sun and discusses how modern passive solar design is practical and affordable. It then describes four solar home projects: 1) An award-winning passive solar home in Northern California that needs no fuel for heating or cooling. 2) A five-story solar tower house with a solar-heated hot tub. 3) A barn with a 3 kW integrated solar roof that powers a home and apartment. 4) A 2,000 square foot home combining passive solar and solar collectors for heating and a roof-integrated PV system. It provides details on orientation, thermal mass, insulation and the energy savings of the
Energy ramon borrás y miguel kouicem
Passive solar energy uses natural sunlight without photovoltaics. Methods include solar ovens and indoor heating techniques that make use of clean, inexhaustible sunlight. Key components of passive solar systems include south-facing glass for winter heating, thermal mass materials like brick or concrete for heat storage, and proper building orientation within 30 degrees of true south for maximum solar gain and reduced cooling needs.
conservation of energy done by madagascar group
Energy conservation refers to reducing energy consumption through using less of an energy service or being more efficient. There are renewable and non-renewable energy sources. Renewable energy sources like solar, wind, and hydro can be generated continuously without limit, while non-renewable sources like fossil fuels are limited. The Energy Conservation Act was enacted in 2001 to promote efficient energy use and conservation in India. Individuals and industries can conserve energy through practices like using efficient appliances, insulation, adjusting boiler temperatures, recycling waste, and turning off unused devices.
National Energy Conservation Day
Every year 14th December is celebrated all over India as Energy Conservation Day. This presentation was made on 14th Dec 2014 at Gujarat State Center of The Institution of Engineers (India) to spread awareness about conservation of energy.
Saving energy
People have been using energy from sources like watermills for thousands of years to power devices and mechanisms. Now, energy powers almost everything in modern homes and daily life. Specifically, heating accounts for 60% of home energy use, with water heating and washing appliances making up another 25% and lighting/electricity the remaining 15%. There are several ways to conserve energy at home, such as using more efficient light bulbs, turning off appliances when not in use, saving water to also conserve energy, regulating thermostats when away, and improving home insulation. Globally, hydroelectric power provides about one fifth of all energy, while wind turbines continue increasing in size, and around 17% of worldwide electricity is used for lighting.
energy efficient houses
An energy efficient house, also known as a zero net energy home, aims to generate as much renewable energy as it consumes over time through smart design and construction techniques. Key aspects include super-sealing the building envelope to minimize air leakage, super-insulating exterior walls and attics, installing energy-efficient windows, using solar energy for heating and lighting, and selecting high-efficiency appliances and HVAC systems. With an integrated approach that focuses on reducing energy demands and maximizing renewable energy generation, a zero net energy home significantly lowers utility costs and environmental impacts.
Electric Energy Conservation:Tips & Tricks
Vartika Tripathi's work experience document discusses electricity conservation tips. It begins by defining energy and its various types. It then focuses on electrical energy, explaining that it is the energy carried by moving electrons and is generated through various means at power plants. The document provides 20 tips for conserving electrical energy, such as turning off unused lights and electronics, using more efficient bulbs, adjusting thermostats, and utilizing solar power. It also presents lifestyle changes like wearing extra layers, air drying clothes, and closing curtains to retain heat. In conclusion, Vartika thanks the reader for learning about electricity conservation.
Saving energy
Saving energy has many benefits, including saving money and helping the environment. When energy is saved, it reduces demand for fossil fuels like coal, oil, and natural gas, lowering emissions of pollutants like carbon dioxide that contribute to global warming. There are now energy efficient alternatives for almost every appliance and light, giving consumers the power to significantly change their energy use.
Save energy - save future - save earth
This document discusses energy conservation and provides tips for saving energy. It begins by defining energy as the ability to do work, and notes that energy lights cities, powers vehicles and more. It then explains that we need to conserve energy because resources are limited and demands are increasing. Some ways to conserve mentioned include recycling, turning off unused devices, and replacing old light bulbs with energy efficient ones. Specific energy saving tips are provided for both home and public settings. The document emphasizes that conserving energy will save money and resources while reducing pollution. It provides an example of annual savings from replacing a light bulb. Overall, the document promotes energy conservation through various everyday practices.
Passive solar design by software
Passive Solar Design by Software
-It is one part of green building design, and does not include active systems such as Mechanical ventilation or Photovoltaic.
-Three Passive Solar Principles that follow:
Principle 1: Site of Design & Sun Position.
Principle 2: Windows Design.
Principle 3: Overhangs & Shading.
Passive solar buildings
This document discusses passive solar buildings. Passive solar buildings are designed to collect, store, and distribute solar energy for heating and cooling. They use elements like south-facing windows, thermal mass materials, and shading to regulate temperatures. Passive solar design works by allowing sunlight to provide heat in winter while blocking excess heat in summer. It can reduce heating bills by 40% annually and includes different techniques like direct gain, indirect gain, and isolated gain. Examples of successful passive solar buildings are provided from the US and Germany.
How Can We Save Energy?
PowerPoint Presentation on how to save energy made by Diana Mujoiu, student in 7th grade from Magura School for the multilateral Comenius project "Mission into the Future - A Quest for Sustainability" (2012 - 2014)
12 Simple Ways To Save Energy At Home
Your home is the largest investment of your life. Apart from buying a house, you have to maintain the house which involves cost on a regular basis.
Besides the initial cost, a home is a series of operating systems that use energy and by taking care of those systems in a proper manner you can save much of the cost. Your cost gets multiplied if the systems aren’t efficient, or if your home is over 10 years old, then perhaps you should think of updating those systems. New generations of Energy Star appliances, heating and air/systems, and environmentally friendly insulation can bring your cost down to a great extent.
Most of the energy savings can be initiated with simple upgradation of appliances. The initial cost of upgrading may be on the high side but you can save a lot once you own an energy efficient home.
Energy Efficiency for school kids
This is a presentation with a purpose of educating school kids (7th grade) about the importance of energy efficiency and also connecting energy usage with the larger picture that is Earth. This is a first of a series of presentations I am doing at Vidyavardhaka school in Mysore. Before the presentation, the students were already aware of the concepts of electricity generation, transmission etc. After the presentation, the kids were able to say that a proportionate amount of coal was burnt every time they wasted electricity. To summarize, I quote one student who said at the end of the presentation, "Sir, why can't they replace the bulbs (incandescant) in Mysore palace with CFLs? That would save a lot of coal from being burnt and prevent a lot of pollution".
Thermal Storage Wall or Thrombe Wall (prototype model)
The document describes the design and testing of a thermal storage wall. The team members constructed a prototype wall using plywood, thermocol for heat storage, glass, black fins, and an exhaust fan. Testing showed that the temperature inside the wall increased over the course of the day, rising several degrees above the ambient temperature. The wall provides passive solar heating and could benefit cold areas in a cost-effective and environmentally friendly way.
Arc 252 enviromental control systems
This document discusses passive cooling systems and presents a project on wind tower design. It describes passive cooling as a building approach that focuses on heat gain control and heat dissipation with low or no energy usage. Cross ventilation and shade trees are discussed as passive cooling techniques. The project then presents designs for a house incorporating a vertical wind tower to catch breezes and direct air flow inside for passive cooling. Diagrams show the house plans, elevations, and sections with wind tower details. The conclusion emphasizes that wind towers provide thermal comfort without energy usage as an advantageous passive cooling system.
Energy conservation
This document discusses energy conservation and various energy sources. It notes how people historically used energy sources like water, wind and burning wood. With the Industrial Revolution, fossil fuels like coal, oil and gas became primary energy sources but are non-renewable. To avoid depleting fossil fuel reserves, it is important to conserve energy and explore renewable alternatives like solar, wind, hydroelectric and geothermal. Individuals can help by insulating homes, using appliances efficiently, and carpooling or taking public transportation.
Energy conservation
There are two main categories of energy: renewable and non-renewable. Renewable energy sources like solar, wind, and hydro can be continuously generated without depletion, while non-renewable sources like fossil fuels are finite. It is important to conserve energy because demand is increasing while fuel sources are limited and will eventually be depleted. Small actions like switching off lights when not in use, using public transport, and purchasing energy efficient appliances can help reduce energy consumption and prolong our remaining fuel reserves.
Electricity conservation.
1) To conserve electricity at home and work, it is important to use electricity efficiently and avoid waste, such as switching off lights when not in use and replacing incandescent bulbs with fluorescent or LED bulbs.
2) When cooking, some tips include using flat-bottomed pans that make full contact with the heating element, keeping lids on pans to minimize heat loss, and cutting food into smaller pieces for faster, more even cooking.
3) For refrigerators and freezers, maintenance like cleaning coils regularly and keeping doors sealed can improve efficiency, as can avoiding placing them in direct sunlight or too close to walls or other heat sources.
What Is Passive Solar Design
South-facing glass is a key component of passive solar design that uses direct sunlight to heat buildings without mechanical devices. In a direct gain system, sunlight enters through windows and warms interior spaces, with the living area absorbing heat and distributing it to thermal mass materials like masonry floors and walls. Direct gain systems can use 60-75% of sunlight's energy to heat the building. Double or triple glazed windows are recommended for direct gain to reduce heat loss during winter.
solar passive system for buildings
The document discusses passive solar design and its various principles and techniques. It defines passive solar design as using elements like a building's orientation, windows, walls, roof and floors to collect, store and distribute solar energy for heating or cooling without active mechanical systems. It describes different passive solar heating and cooling techniques like direct gain, indirect gain, isolated gain, shading, ventilation, thermal mass, solar chimneys and wind towers. It also provides examples and discusses the advantages and disadvantages of passive solar design.
Ppt energy concervation
Energy conservation is important for several reasons. First, we have limited non-renewable energy resources on Earth and demands are increasing daily. Second, conserving energy saves money and reduces pollution. Third, switching to more efficient options and renewable resources like solar, wind, and hydro can help meet rising demands and lessen the impact on existing supplies. Some tips for conserving energy include recycling products, turning off unused devices, replacing old light bulbs with efficient LED bulbs, and improving insulation and efficiency of home appliances. Widespread conservation efforts can significantly reduce costs and energy imports over time.
Energy conservation ppt
This presentation discusses energy conservation. It defines energy as the ability to do work and outlines different types of energy sources, distinguishing between renewable sources like solar and wind, and non-renewable fossil fuels. The presentation urges conservation efforts, noting that demands are increasing while resources are limited. It suggests individual actions like using efficient light bulbs and unplugging unused devices to save energy and money. India relies heavily on fossil fuel imports, so increased conservation could help address future energy demands and reliance on foreign sources.
Power point
The document proposes a GreenMST solution that uses the minimum spanning tree (MST) algorithm to calculate a loop-free topology for OpenFlow networks using the learning switch module. This prevents broadcast storms while enabling failover capabilities. The MST is recomputed dynamically in response to topology changes to open and close ports. An implementation was created using Open vSwitch and the Beacon controller that demonstrated the ability of GreenMST to efficiently compute the MST and update port statuses with changes to links or switches. Future work is proposed to integrate dynamic link costs and alternative path memorization.
Affordable Energy Efficient House
This document summarizes an energy efficient home that utilizes solar, wind, and rainwater collection systems. The home was designed with energy star construction including optimal orientation, insulation, windows, and appliances. It generates electricity through a hybrid solar/wind system and heats water solarly. These green features reduced the home's electricity usage by 60% and gas by 40% compared to a typical home. The renewable systems were estimated to increase the home's building costs by $8.18 per square foot.
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National Energy Conservation Day
Every year 14th December is celebrated all over India as Energy Conservation Day. This presentation was made on 14th Dec 2014 at Gujarat State Center of The Institution of Engineers (India) to spread awareness about conservation of energy.
Saving energy
People have been using energy from sources like watermills for thousands of years to power devices and mechanisms. Now, energy powers almost everything in modern homes and daily life. Specifically, heating accounts for 60% of home energy use, with water heating and washing appliances making up another 25% and lighting/electricity the remaining 15%. There are several ways to conserve energy at home, such as using more efficient light bulbs, turning off appliances when not in use, saving water to also conserve energy, regulating thermostats when away, and improving home insulation. Globally, hydroelectric power provides about one fifth of all energy, while wind turbines continue increasing in size, and around 17% of worldwide electricity is used for lighting.
energy efficient houses
An energy efficient house, also known as a zero net energy home, aims to generate as much renewable energy as it consumes over time through smart design and construction techniques. Key aspects include super-sealing the building envelope to minimize air leakage, super-insulating exterior walls and attics, installing energy-efficient windows, using solar energy for heating and lighting, and selecting high-efficiency appliances and HVAC systems. With an integrated approach that focuses on reducing energy demands and maximizing renewable energy generation, a zero net energy home significantly lowers utility costs and environmental impacts.
Electric Energy Conservation:Tips & Tricks
Vartika Tripathi's work experience document discusses electricity conservation tips. It begins by defining energy and its various types. It then focuses on electrical energy, explaining that it is the energy carried by moving electrons and is generated through various means at power plants. The document provides 20 tips for conserving electrical energy, such as turning off unused lights and electronics, using more efficient bulbs, adjusting thermostats, and utilizing solar power. It also presents lifestyle changes like wearing extra layers, air drying clothes, and closing curtains to retain heat. In conclusion, Vartika thanks the reader for learning about electricity conservation.
Saving energy
Saving energy has many benefits, including saving money and helping the environment. When energy is saved, it reduces demand for fossil fuels like coal, oil, and natural gas, lowering emissions of pollutants like carbon dioxide that contribute to global warming. There are now energy efficient alternatives for almost every appliance and light, giving consumers the power to significantly change their energy use.
Save energy - save future - save earth
This document discusses energy conservation and provides tips for saving energy. It begins by defining energy as the ability to do work, and notes that energy lights cities, powers vehicles and more. It then explains that we need to conserve energy because resources are limited and demands are increasing. Some ways to conserve mentioned include recycling, turning off unused devices, and replacing old light bulbs with energy efficient ones. Specific energy saving tips are provided for both home and public settings. The document emphasizes that conserving energy will save money and resources while reducing pollution. It provides an example of annual savings from replacing a light bulb. Overall, the document promotes energy conservation through various everyday practices.
Passive solar design by software
Passive Solar Design by Software
-It is one part of green building design, and does not include active systems such as Mechanical ventilation or Photovoltaic.
-Three Passive Solar Principles that follow:
Principle 1: Site of Design & Sun Position.
Principle 2: Windows Design.
Principle 3: Overhangs & Shading.
Passive solar buildings
This document discusses passive solar buildings. Passive solar buildings are designed to collect, store, and distribute solar energy for heating and cooling. They use elements like south-facing windows, thermal mass materials, and shading to regulate temperatures. Passive solar design works by allowing sunlight to provide heat in winter while blocking excess heat in summer. It can reduce heating bills by 40% annually and includes different techniques like direct gain, indirect gain, and isolated gain. Examples of successful passive solar buildings are provided from the US and Germany.
How Can We Save Energy?
PowerPoint Presentation on how to save energy made by Diana Mujoiu, student in 7th grade from Magura School for the multilateral Comenius project "Mission into the Future - A Quest for Sustainability" (2012 - 2014)
12 Simple Ways To Save Energy At Home
Your home is the largest investment of your life. Apart from buying a house, you have to maintain the house which involves cost on a regular basis.
Besides the initial cost, a home is a series of operating systems that use energy and by taking care of those systems in a proper manner you can save much of the cost. Your cost gets multiplied if the systems aren’t efficient, or if your home is over 10 years old, then perhaps you should think of updating those systems. New generations of Energy Star appliances, heating and air/systems, and environmentally friendly insulation can bring your cost down to a great extent.
Most of the energy savings can be initiated with simple upgradation of appliances. The initial cost of upgrading may be on the high side but you can save a lot once you own an energy efficient home.
Energy Efficiency for school kids
This is a presentation with a purpose of educating school kids (7th grade) about the importance of energy efficiency and also connecting energy usage with the larger picture that is Earth. This is a first of a series of presentations I am doing at Vidyavardhaka school in Mysore. Before the presentation, the students were already aware of the concepts of electricity generation, transmission etc. After the presentation, the kids were able to say that a proportionate amount of coal was burnt every time they wasted electricity. To summarize, I quote one student who said at the end of the presentation, "Sir, why can't they replace the bulbs (incandescant) in Mysore palace with CFLs? That would save a lot of coal from being burnt and prevent a lot of pollution".
Thermal Storage Wall or Thrombe Wall (prototype model)
The document describes the design and testing of a thermal storage wall. The team members constructed a prototype wall using plywood, thermocol for heat storage, glass, black fins, and an exhaust fan. Testing showed that the temperature inside the wall increased over the course of the day, rising several degrees above the ambient temperature. The wall provides passive solar heating and could benefit cold areas in a cost-effective and environmentally friendly way.
Arc 252 enviromental control systems
This document discusses passive cooling systems and presents a project on wind tower design. It describes passive cooling as a building approach that focuses on heat gain control and heat dissipation with low or no energy usage. Cross ventilation and shade trees are discussed as passive cooling techniques. The project then presents designs for a house incorporating a vertical wind tower to catch breezes and direct air flow inside for passive cooling. Diagrams show the house plans, elevations, and sections with wind tower details. The conclusion emphasizes that wind towers provide thermal comfort without energy usage as an advantageous passive cooling system.
Energy conservation
This document discusses energy conservation and various energy sources. It notes how people historically used energy sources like water, wind and burning wood. With the Industrial Revolution, fossil fuels like coal, oil and gas became primary energy sources but are non-renewable. To avoid depleting fossil fuel reserves, it is important to conserve energy and explore renewable alternatives like solar, wind, hydroelectric and geothermal. Individuals can help by insulating homes, using appliances efficiently, and carpooling or taking public transportation.
Energy conservation
There are two main categories of energy: renewable and non-renewable. Renewable energy sources like solar, wind, and hydro can be continuously generated without depletion, while non-renewable sources like fossil fuels are finite. It is important to conserve energy because demand is increasing while fuel sources are limited and will eventually be depleted. Small actions like switching off lights when not in use, using public transport, and purchasing energy efficient appliances can help reduce energy consumption and prolong our remaining fuel reserves.
Electricity conservation.
1) To conserve electricity at home and work, it is important to use electricity efficiently and avoid waste, such as switching off lights when not in use and replacing incandescent bulbs with fluorescent or LED bulbs.
2) When cooking, some tips include using flat-bottomed pans that make full contact with the heating element, keeping lids on pans to minimize heat loss, and cutting food into smaller pieces for faster, more even cooking.
3) For refrigerators and freezers, maintenance like cleaning coils regularly and keeping doors sealed can improve efficiency, as can avoiding placing them in direct sunlight or too close to walls or other heat sources.
What Is Passive Solar Design
South-facing glass is a key component of passive solar design that uses direct sunlight to heat buildings without mechanical devices. In a direct gain system, sunlight enters through windows and warms interior spaces, with the living area absorbing heat and distributing it to thermal mass materials like masonry floors and walls. Direct gain systems can use 60-75% of sunlight's energy to heat the building. Double or triple glazed windows are recommended for direct gain to reduce heat loss during winter.
solar passive system for buildings
The document discusses passive solar design and its various principles and techniques. It defines passive solar design as using elements like a building's orientation, windows, walls, roof and floors to collect, store and distribute solar energy for heating or cooling without active mechanical systems. It describes different passive solar heating and cooling techniques like direct gain, indirect gain, isolated gain, shading, ventilation, thermal mass, solar chimneys and wind towers. It also provides examples and discusses the advantages and disadvantages of passive solar design.
Ppt energy concervation
Energy conservation is important for several reasons. First, we have limited non-renewable energy resources on Earth and demands are increasing daily. Second, conserving energy saves money and reduces pollution. Third, switching to more efficient options and renewable resources like solar, wind, and hydro can help meet rising demands and lessen the impact on existing supplies. Some tips for conserving energy include recycling products, turning off unused devices, replacing old light bulbs with efficient LED bulbs, and improving insulation and efficiency of home appliances. Widespread conservation efforts can significantly reduce costs and energy imports over time.
Energy conservation ppt
This presentation discusses energy conservation. It defines energy as the ability to do work and outlines different types of energy sources, distinguishing between renewable sources like solar and wind, and non-renewable fossil fuels. The presentation urges conservation efforts, noting that demands are increasing while resources are limited. It suggests individual actions like using efficient light bulbs and unplugging unused devices to save energy and money. India relies heavily on fossil fuel imports, so increased conservation could help address future energy demands and reliance on foreign sources.
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Thermal Storage Wall or Thrombe Wall (prototype model)
Thermal Storage Wall or Thrombe Wall (prototype model)
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Power point
The document proposes a GreenMST solution that uses the minimum spanning tree (MST) algorithm to calculate a loop-free topology for OpenFlow networks using the learning switch module. This prevents broadcast storms while enabling failover capabilities. The MST is recomputed dynamically in response to topology changes to open and close ports. An implementation was created using Open vSwitch and the Beacon controller that demonstrated the ability of GreenMST to efficiently compute the MST and update port statuses with changes to links or switches. Future work is proposed to integrate dynamic link costs and alternative path memorization.
Affordable Energy Efficient House
This document summarizes an energy efficient home that utilizes solar, wind, and rainwater collection systems. The home was designed with energy star construction including optimal orientation, insulation, windows, and appliances. It generates electricity through a hybrid solar/wind system and heats water solarly. These green features reduced the home's electricity usage by 60% and gas by 40% compared to a typical home. The renewable systems were estimated to increase the home's building costs by $8.18 per square foot.
Responsability Environmental
The document provides tips for environmental responsibility, including reducing waste and energy and water consumption. It recommends choosing recycled products, using recycling bins properly, and fixing leaky taps or toilets to save water. It also suggests turning off lights and electronics when not in use, using public transport or cycling instead of cars, and lowering the thermostat to reduce heating bills and save energy. Failing to adopt these practices could lead to depletion of resources and increased pollution over the long run.
Energy- Efficient Architecture: Punjab Mandi Bhawan, Mohali, Punjab.
The document describes the Punjab Mandi Bhawan in Mohali, designed by architect Sarbjit Singh Bahga. The building serves as the new headquarters for the Punjab State Agricultural Marketing Board. Bahga employed several energy-efficient design strategies, including orienting the building along a north-south axis to maximize natural light, minimizing solar heat gain through vertical louvers and overhangs, and using high-performance glass and building materials. The six-floor building emphasizes natural lighting and includes skylights over a central atrium. Bahga's design achieved the client's goals of a modern, efficient office building that demonstrates innovative energy-efficient architecture.
Energy efficient home
This energy efficient home utilizes various appliances and design features to minimize energy usage. It has 10 rooms, venetian blinds for air flow control, and energy efficient LED lights, appliances, and electronics that operate at far less wattage than regular items. A daily schedule and power limitations help ensure overages do not exceed allotments.
Landscape architecture energy efficient landscape lecture 8
Tree consumes lesser water, cleans air pollution, provide shade and require low maintenance. Start Plant and Design with Native Tree to save our future.
Energy efficient architecture
The French school in Damascus, Syria follows a sustainable design approach using passive strategies to minimize energy costs. The campus houses 900 students through small classroom buildings arranged around courtyards. Natural ventilation is prioritized using solar chimneys, earth ducts, and nighttime cooling to maintain thermal comfort without air conditioning. Thick, insulated walls provide thermal mass to moderate indoor temperatures. Shaded courtyards and vegetation create microclimates connecting outdoor and indoor learning spaces.
Energy Efficient Home
The document provides tips for making a home more energy efficient and environmentally friendly. It recommends using renewable energy sources like solar power and rain water harvesting. It also suggests starting with simple steps like switching to energy efficient light bulbs, pressure cookers, and other eco-friendly appliances. Some conscious decisions and changes in habits can make a difference, such as turning down the thermostat, switching appliances off standby mode, and turning off lights when leaving a room. Maintaining radiators and washing full loads can help. Mending dripping taps and cutting down on shower time are also crucial. The overall message is to start making these changes today to help save the earth.
Energy Efficiency
The document discusses various energy efficiency and renewable energy sources. It covers improving energy efficiency, types of solar, water, wind, and biomass energy. Geothermal energy and hydrogen fuel are also examined. Decentralized micropower systems are presented as an emerging trend that utilizes various renewable energy sources at a local level. The importance of a sustainable energy strategy and transitioning to renewable sources is emphasized.
Energy Efficient Architecture-Sustainable Habitat
Energy Efficient Architecture-Sustainable HabitatDirector-Navnirman Bahu-Uddeshiya Mahila Sanstha,Suvarna Lele Architects.
The document discusses the principles of energy efficient architecture and climate responsive design. It emphasizes modulating building conditions to keep them within the comfort zone throughout the day using landscape, form, materials and other passive design strategies. The goal is to analyze site conditions, climate data, and building program to inform the passive design of the building form, envelope, and energy systems to create sustainable habitats.Energy Efficient Buildings Codes
This document discusses energy efficient buildings and standards in the UK. It outlines that 32% of total energy is consumed by buildings for uses like heating and cooling. UK standards have tightened over time, with regulations in 1965 setting a maximum U-value of 1.33 W/m2K, lowering to 0.3 W/m2K in 2014. Voluntary standards like the Code for Sustainable Homes assess areas like energy use, materials, and health. Passivhaus is also discussed as an informal standard requiring super insulation and high performance windows. Building envelopes play a key role in meeting standards by reducing heat loss through high performance insulation.
Energy Efficient Design Education Through Architectural Design Studio Projects
This document discusses an experiment conducted in an architectural design studio course to educate students about energy efficient design. The experiment tasked students with designing a zero net energy office building. Students researched energy efficient design strategies, renewable energy technologies, and simulation software. They designed building concepts for different sites in Riyadh and Jeddah that minimized energy usage and maximized on-site energy production. The experiment helped raise environmental awareness and taught students how to calculate energy consumption and production. While it faced challenges from lack of infrastructure and support, the experiment achieved its goals of developing students' skills and linking architectural design to energy issues.
5 Amazing Energy Efficient Building Materials
JEG Building Solutions look at some of the best energy efficient building materials on the market today. Long-term energy efficiency is essential for modern construction, to help our planet and cut our energy costs.
Energy Efficiency
The document discusses energy efficiency and conservation. It explains that efficiency means reducing energy losses during conversions from one form to another. Conservation refers to reducing consumption through lifestyle changes and technology. While the total energy in the universe remains constant, the form of energy can change through conversions. Common energy sources include fossil fuels, nuclear, and solar/wind, which are converted into more useful forms through devices. These conversions are never 100% efficient, with some energy always lost as low quality heat.
Energy efficiency in Green Building
A green building is one which uses less water, optimizes energy efficiency, conserves natural resources, generates less waste and provides healthier spaces for occupants as compared to a conventional building
Energy efficient building
This document discusses making buildings more energy efficient. It begins by stating that 30-40% of primary energy in India is used by buildings. The objective is to keep buildings' conditions like temperature and humidity as close as possible to comfort levels while minimizing overall energy consumption and costs. It then examines the energy used at different stages of a building's life cycle and for different building types. Technologies discussed for improving efficiency include energy modeling, data mining of building data, and fault detection analysis. Data mining techniques can achieve energy savings of 10-12% by helping optimize building design.
Energy Efficiency Methods And Techniques V.2
This document discusses various energy efficiency methods and techniques that can help lower energy bills, improve home comfort, and reduce environmental impact. It describes how improving insulation, installing efficient heating systems and controls, reducing air leakage, and adopting energy efficient behaviors can significantly cut household energy usage. Specific techniques covered include attic insulation, draught-proofing, efficient lighting and appliances, low-flow fixtures, and proper heating system maintenance. The goal is to use energy more efficiently and eliminate waste to save money while keeping homes warm and healthy.
Energy efficiency in buildings
The document discusses good practices for improving energy efficiency in buildings. It outlines several key features of green buildings including using energy efficient equipment, renewable energy sources, and recycled/environmentally friendly materials. Green buildings can reduce operating costs by 30-40% while also providing health, comfort and productivity benefits. The document then provides examples of typical green building practices and technologies related to energy use, water use, materials selection and indoor environmental quality.
Energy Efficient and sustainable Buildings
Energy Efficient and sustainable BuildingsDirector-Navnirman Bahu-Uddeshiya Mahila Sanstha,Suvarna Lele Architects.
I came to know regarding this competition from rediff.com
The idea of Energy Efficient design is
to modulate the conditions such that they
are always within or as close as possible to
comfort zone.Modulations introduced by the
landscape,built form,envelope,materials and
other control measures bring the conditions
within the range throughout twenty four hours
cycle.
This is goal of Energy Efficient Architecture
Buildings, as they are designed and used today, contribute to serious environmental and economical problems because of excessive consumption of energy and other natural resources. The close connection between energy use in buildings and environmental damage arises because energy-intensive and monetarily expensive solutions sought to construct a building and meet its demands for heating, cooling, ventilation, and lighting cause severe depletion of invaluable environmental resources
Energy resource efficiency in new constructions
can be effected by adopting an
Integrated Approach To Building Design.
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High-Mass, SunTerra EnergyBlockTM Construction
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Passive solar buildings
The document discusses passive solar building design. It begins by noting that population growth and urbanization have increased energy consumption. About 35-40% of energy is used by buildings, mostly for heating. The rest of the document discusses various passive solar design elements that can be used to collect, store, and distribute solar energy for heating buildings in winter and cooling in summer. These include south-facing windows, thermal mass materials, shading devices, and thermal storage walls like Trombe walls. The benefits of passive solar design are reducing energy consumption and heating/cooling costs.
High Mass Construction with SunTerra EnergyBlock
SunTerra EnergyBlock is a new building system that uses concrete blocks with thermal mass to significantly reduce heating and cooling costs compared to traditional construction methods. By storing heat from the sun or other sources, and releasing it gradually, thermal mass helps keep homes warmer in winter and cooler in summer. Homes built with EnergyBlock can see energy cost reductions of up to 35% and exceed insulation standards while providing masonry beauty and strength. The system optimizes passive solar design principles for ultra-efficient green homes.
Sustainability in Architecture, Interior Design, Landscape, building
Sustainability by openings, architecture, interior design: Future buildings should create healthier and more comfortable lives for their occupants
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Green Architecture
Green architecture aims to minimize environmental impacts and prioritize sustainability. It focuses on efficient energy and water usage, non-toxic materials, and passive solar design. Green buildings provide environmental benefits like pollution reduction and conservation of resources, as well as economic benefits from reduced utility costs and improved occupant productivity. Sustainable design principles include considerations for site development, materials selection, energy efficiency, and indoor air quality.
Passive Cooling (tropical architecture)
Passive cooling is the least expensive and most environmentally friendly means of cooling a home. It involves designing the building envelope to minimize heat gain and facilitate heat loss through natural processes like air movement, breezes, evaporation, and earth coupling. Key elements of passive cooling design include orientation for airflow, natural ventilation, shading, insulation levels appropriate for the climate, and use of thermal mass and reflective materials. The goal is to reduce daytime heat gain and allow nighttime temperatures and breezes to naturally cool the home and occupants.
Passive Cooling Techniques in Buildings: An Overview
This document discusses various passive cooling techniques that can be used in buildings to reduce energy consumption from air conditioning. It begins by outlining some key passive techniques like shading from overhangs, louvers, and awnings. It also discusses roof shading, shading from trees and vegetation, insulation techniques, and iatrogenic air flow methods like solar chimneys, air apertures, wind towers, and nocturnal radiation cooling. Further techniques discussed include evaporative cooling, passive downdraft evaporative cooling towers, roof pond cooling, desiccant cooling, earth air tunnels, and earth berming. The document concludes that applying various passive cooling strategies can lower a building's cooling load by 50-70%
Zero Energy House
The document discusses the design of a zero energy house in Ifrane, Morocco for a family of five. Key aspects of the design include:
1) Focusing on energy efficiency through high insulation, passive solar design principles like window placement and shading, and use of renewable energy sources.
2) Relying on a 2.83 kW photovoltaic array and solar water heating to meet the house's estimated annual energy needs of 3,500 kWh.
3) Selecting building materials based on factors like embodied energy, toxicity, and recyclability to minimize environmental impacts and ensure occupant health.
The use of natural ventilation as a energy in The Deck House.
The document discusses natural ventilation as an energy efficient solution for the Deck House building. It describes strategies used to enhance natural ventilation, including building placement on stilts to capture wind, using vegetation to modify wind direction, an open floor plan, and openings placed to promote cross ventilation and stack ventilation to flush out stale air. The natural ventilation strategies help reduce energy consumption by decreasing the need for mechanical ventilation and air conditioning.
PASSIVE SOLAR BUILDING FINAL.pdf
This document discusses passive solar building design techniques to reduce energy consumption from heating. It describes how passive solar buildings are designed to allow winter sun to enter and heat the building using elements like south-facing windows and thermal mass materials that absorb and slowly release heat. Specific passive solar techniques discussed include direct gain, indirect gain, day lighting, thermal storage walls, water walls, radiant panels, and skylights. The document explains how these different passive design elements work to efficiently heat buildings using natural solar energy without mechanical systems.
Lecture notes greenbuildings_lbrce - unit4_685fc6270dcafc918a9f48e095580d56
The document discusses building envelopes and energy conservation in buildings. It defines a building envelope as the outer shell that maintains indoor climate control. Properly designing, constructing, and maintaining the building envelope prevents air and water infiltration. The purposes of the building envelope include water resistance, air flow control, and serving as a thermal envelope. Passive solar systems operate without external devices by using solar energy captured through windows. Active solar systems use collectors and storage to capture solar heat and transfer it within a building. The document also discusses types of energy used in commercial buildings and embodied energy in building materials and construction processes. Building automation and management systems aim to efficiently control building operations and reduce energy consumption and costs.
(passive cooling of a building to ).pptx
Passive cooling is a design approach that focuses on controlling heat gain and dissipating heat without energy usage. It involves preventing heat entry, storing heat in thermal mass, and releasing heat at night. Key techniques include site design for climate/wind, solar shading, insulation, natural ventilation like cross/stack ventilation, night flushing to release stored heat, radiative cooling of roofs at night, evaporative cooling using water, and coupling buildings to cooler earth temperatures underground.
CASE STUDY.pdf
The Energy Research Institute building in Bangalore utilizes passive design strategies to reduce energy usage. It is oriented along an east-west axis for maximum northern exposure. A double cavity wall on the south side insulates from heat. Skylights and fenestrations provide natural lighting while solar panels and heaters harness solar energy. Landscaping, terraces, and earth berming maintain indoor thermal comfort. Passive ventilation is enhanced through solar chimneys. The design skillfully integrates natural elements like sun, air, water, and earth with the built form.
Energy efficiency ENERGY EFFICIENT ARCHITECTURE
ENERGY EFFICIENT ARCHITECTURE
PASSIVE HEATING AND COOLING CONCEPTS
ROOF POND
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EARTH SHELTERED STRUCTURES
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Guide to Building an Energy Efficient Home
The document provides guidance on building an energy efficient home. It discusses selecting an appropriately oriented site that receives winter sun and is sheltered from wind. The building should have a compact form and south-facing orientation to allow for passive solar heating. High levels of insulation throughout the building fabric are important to minimize heat loss, as is avoiding thermal bridges. Proper ventilation is also essential to provide fresh air while minimizing energy wasted through draughts.
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Energy Efficent Stuctures
- 3. The energy for life……….. Energy is essential to our daily lives.It heats our home Fuel our transport and supplies electricity .At the moment we use most of the energy come from our fuels.Unfortunately there is limited supply of fossil fules in the world we are using them up at a very fast rate. Why we use energy efficient structure !
- 4. Energy efficiency Energy efficiency is "using less energy to provide the same service".
- 5. Energy Efficient Structure Energy Efficient Structures can be described as the structures that involve the use of less energy intensive materials required for the construction.
- 6. Natural Ventilation Natural ventilation is the process of supplying and removing air through an indoor space by natural means, meaning without the use of a fan or other mechanical system. It uses outdoor air flow caused by pressure differences between the building and its surrounding to provide ventilation and space cooling.
- 7. Importance Natural ventilation is important because it can provide and move fresh air without fans. For warm and hot climates, it can help meet a building's cooling loads without using mechanical air conditioning systems.
- 8. Wood can be cheaper material. Wood is naturally beautiful. Wood is naturally insulator. Wood Structure !
- 9. Wood is durable. Wood is structurally very strong. Wood is fast and efficient to build. Wood Structure !
- 10. Roofing is a profund effect on our whole structure because it effects on our building maintiance . An efficent total roofing system can lower the energy required for our building structure by 30 percent or more.
- 11. If the house is exposed to the low altitude winter sun should be glazing on the south side. Masonary walls and concret floor can absorb energy during the day and release it gradually during the evening.
- 12. Otherwise additional measures will be required to avoid overheating in summer and excessive heat loss at night and on overcast days in winter.
- 13. Structure of our building should be in such a way that we use maximum sun light instead of electricity applieances.