Cool eco friendly roofs are now the need of everyone's house as such roofing systems has several benefits along with environment-friendly property. Know more about cool eco friendly roofs.
High-Mass, SunTerra EnergyBlockTM ConstructionSunterra Homes
?
Sunterra EnergyBlock is a new insulated concrete block system that provides high thermal mass for energy efficient construction. It can reduce heating and cooling costs by up to 35% compared to lightweight construction by storing heat in winter and keeping interiors cool in summer. Appropriate use of thermal mass throughout a home can significantly improve comfort and lower bills. EnergyBlock also allows architects flexibility in exterior design while providing sound insulation, sustainability, and net-zero energy performance.
Tropical monsoon climate is mainly found in warm regions like parts of India. These areas experience moderate to high temperatures year-round and receive heavy rainfall between May to November, with the driest months being December to March. Traditional Kerala architecture uses locally available materials like stone, wood, clay tiles and bamboo. Houses have thatched or tiled roofs on a raised platform with a central courtyard to provide ventilation and light. Windows and roof openings help enhance cross ventilation.
High Mass Construction with SunTerra EnergyBlockSunterra Homes
?
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.
This document discusses various strategies for improving energy efficiency and reducing costs through passive solar design and energy conservation measures. It describes how passive solar design and conservation work best in combination to save the most energy. It then provides details on specific conservation measures that are free, cheap or require an economic investment and explains how they can significantly reduce energy costs. Finally, it discusses options for retrofitting existing homes with passive solar features.
The document discusses various passive solar design strategies for building an energy efficient home, including:
- Orienting the house along an east-west axis with major south-facing windows to maximize winter sun exposure.
- Using roof overhangs, deciduous trees, and evergreen windbreaks for natural shading and insulation.
- Installing fiberglass double-glazed windows with low-E coatings.
- Employing various materials like concrete tiles, structural insulated panels, and stucco to improve thermal mass and reduce energy costs.
This document outlines 22 tips for designing a sustainable home that reduces environmental impact and saves money. Some key ideas include choosing an efficient location near transportation, using a compact design with optimal orientation for natural lighting and heating/cooling, selecting sustainable materials including local and recycled options, tight air sealing and insulation, energy efficient appliances and lighting, and water conservation features. Renewable energy sources, rainwater collection, and native landscaping are also recommended. The goal is to build a durable, energy efficient home that the owners will enjoy for many years.
How Would Double Glazed Windows Minimize Your Energy Consumptionrustye3
?
Double glazed windows can significantly reduce energy consumption for heating homes. They do this by having two panes of glass with a space of dry air between them, which acts as an insulator. This prevents much of the heat loss through single-pane windows that can account for over half of heat loss from a home. Different types of double glazed windows use varying materials and gases between the panes but all work on the same insulating principle. While installation costs may be high initially, the savings on energy bills over time make it worthwhile.
I.C.E Tiles are specially developed roof tiles that stay cool under intense sunlight. They have high solar reflectivity of 50-60%, reflecting most of the sun's heat. I.C.E Tiles also have high thermal emission, allowing them to efficiently dissipate any absorbed heat. Using I.C.E Tiles on roofs brings interior temperatures down considerably, reducing the need for air conditioning and resulting in lower energy bills and a more sustainable building. I.C.E Tiles come in a special snow white coating designed to maximize heat reflection and keep the tiles and roof cool even in high temperatures.
Building material for different climate activityAmrata Yadav
?
This document discusses building materials suitable for different climate zones. It describes the general characteristics of hot and dry, humid, and cold climates. For hot and dry climates, it recommends white or green roofs, thick stone walls, and tile flooring. For humid climates, it suggests concrete roofs, sloped roofs, and bamboo flooring. For cold climates, it proposes metal or cement tile roofs, multi-pane windows, solid wood flooring, and carpeting. The document emphasizes choosing durable, insulating materials that regulate indoor temperatures and withstand extreme weather conditions for each climate type.
Cool roofs help lower home temperatures by reflecting sunlight and emitting absorbed heat, leading to reduced cooling costs and energy bills. These roofs can be installed as light-colored materials or with special coatings on existing roofs, effectively combating the urban heat island effect and supporting environmental sustainability. Proper installation is crucial; it's recommended to purchase and install roofing systems from the same reputable company for optimal performance.
Installing double glazed windows, cavity wall insulation, loft insulation, draught exclusion around doors and windows, and carpeting can help reduce energy losses from a home. This leads to advantages like using less fuel to heat the home, lower heating bills, conservation of energy sources, and less pollution. Double glazing can reduce energy passing through windows by 50% compared to single glazed windows. Filling cavity walls with insulation and insulating the loft helps prevent heat from escaping through exterior walls and upstairs ceilings.
If we reduce energy losses from homes, less fuel will be needed to keep homes at a constant temperature, resulting in smaller bills, conservation of energy sources, and less pollution. Installing double glazing, which has two panes of glass with an air gap between them, can reduce energy loss through windows by about 50%. Filling the gap in cavity walls with mineral fiber insulation stops warm air from rising into the loft. Loft insulation placed above the ceiling helps reduce heat transfer through the ceiling by conduction and is a cheap form of insulation.
This document provides information on ethylene tetrafluoroethylene (ETFE), a transparent polymer material used in construction. ETFE is lightweight, durable, and energy efficient. It is made through a process involving chemicals like fluorine and ethylene. ETFE systems are used in buildings as single or multilayer inflated cushions to form roofs or facades. Compared to glass, ETFE has advantages like flexibility, low weight, and insulation properties. It has been used successfully in notable structures like the Eden Project and Beijing National Stadium. The document discusses properties, applications, manufacturing, and case studies of ETFE.
This document discusses green building and sustainable design options for constructing an energy efficient custom home. It outlines several key components to consider, including building design, wall and roof materials. For design, it recommends an east-west orientation in central Texas to take advantage of breezes and shade windows appropriately. For materials, it suggests high R-value roof and wall insulation, and gives options for walls like structurally insulated panels, fiber cement blocks, or straw bales which provide insulation and moisture resistance. Metal roofs are also recommended for their heat reflection properties. Making informed choices based on budget, materials and climate can result in a healthy, efficient home.
The document describes the climate and architecture of Leh, a mountainous region in India considered a cold desert. It has little vegetation and experiences cold, sunny weather with large daily and seasonal temperature variations and low humidity. Traditional architecture in Leh utilizes thick walls, insulation, and passive solar techniques like trombe walls to resist heat loss and promote heat gain within buildings to dampen indoor temperature variations.
The document discusses climate and building design in cold, dry regions like Ladakh. It provides details on:
1) Ladakh's climate which is extreme, with hot summers over 20°C and very cold winters below freezing.
2) Essential building design features for the cold climate like sloping roofs, thick walls, and optimizing room placement.
3) A sample layout of a traditional Ladakhi house, showing compact planning and orientation of rooms.
The document discusses thermal insulation, detailing its advantages such as comfort, fuel saving, and condensation prevention. It outlines various types of thermal insulating materials, including slab insulation, blanket insulation, and reflective sheets, and provides guidance on selecting materials based on cost and insulation standards. Additionally, the document covers methods for effective heat insulation in buildings, including optimal orientation, shading, and applications for roofs and walls.
The document describes different types of eco-friendly houses that utilize solar energy and are designed to be energy efficient and in harmony with nature. Some key points:
1) One house has a conservatory roof that acts as a solar panel to generate electricity and helps warm the house in winter by capturing heat from the sun.
2) Another house is dome shaped and made of a durable engineered Styrofoam material. It is energy efficient and can withstand natural disasters.
3) An ecohab is meant for cold climates and aims to minimize carbon footprint and provide affordable housing.
Thermal insulation materials and methods are used to reduce heat transfer between environments of different temperatures. Insulation works by inhibiting conduction, convection, and radiation heat transfer. Common insulating materials create air pockets that provide thermal resistance. Proper building insulation can significantly reduce heating and cooling costs by maintaining comfortable interior temperatures while preventing exterior temperature fluctuations. The R-value quantifies a material's thermal resistance and insulation effectiveness.
The document provides a comprehensive overview of thermal insulation, discussing its definition, principles, and various methods and materials used for insulation. It covers key factors such as heat conduction, convection, and radiation, as well as the importance of temperature management in buildings. Additionally, it outlines different insulation materials and mechanisms while addressing challenges in evaluating their properties.
The document discusses different methods for saving heat in the home, including installing loft insulation made of fibreglass between wooden joints to trap air and slow heat loss through the loft, using double glazed windows filled with trapped air to insulate, and filling the cavity between an outer and inner wall with a mixture of air and mineral fiber to insulate. The author is Ben, a Year 9 student, and the document was created on October 23, 2000 for Dr. Overy's class.
SunTerra EnergyBlock is a highly insulated concrete block that absorbs and stores heat from the sun during the day and releases it at night, providing consistent indoor temperatures with minimal energy usage. It is more efficient at regulating temperature than traditional wood walls or insulated concrete forms (ICF), reducing heating and cooling costs by up to 62% depending on climate zone. The lightweight blocks allow for flexible exterior designs while providing sound insulation. Using EnergyBlock optimizes passive solar home designs and can serve as the primary heating system in many areas.
This presentation showcases how Bio-Energized systems transform water treatment from a costly burden into a life-saving, energy-generating, and climate-positive solution. By harnessing nature’s genius (like algae and anammox bacteria), we address interconnected crises—floods, disease, energy poverty, and CO? emissions—in one scalable system.
To achieve the noble goal of being the Home of the Rothschild Giraffe and also promoting coexistence between wildlife and people, we have diverse targeted programs and projects for all everyone. From micro-projects to trainings on sustainable development, there's something for everyone.
Does myopic foresight modeling better capture the real-world energy transitio...IEA-ETSAP
?
Does myopic foresight modeling better capture the real-world energy transition? Hindcasting in 31 European countries
Ms. Hui Shen, University Of Geneva, Switzerland
Building material for different climate activityAmrata Yadav
?
This document discusses building materials suitable for different climate zones. It describes the general characteristics of hot and dry, humid, and cold climates. For hot and dry climates, it recommends white or green roofs, thick stone walls, and tile flooring. For humid climates, it suggests concrete roofs, sloped roofs, and bamboo flooring. For cold climates, it proposes metal or cement tile roofs, multi-pane windows, solid wood flooring, and carpeting. The document emphasizes choosing durable, insulating materials that regulate indoor temperatures and withstand extreme weather conditions for each climate type.
Cool roofs help lower home temperatures by reflecting sunlight and emitting absorbed heat, leading to reduced cooling costs and energy bills. These roofs can be installed as light-colored materials or with special coatings on existing roofs, effectively combating the urban heat island effect and supporting environmental sustainability. Proper installation is crucial; it's recommended to purchase and install roofing systems from the same reputable company for optimal performance.
Installing double glazed windows, cavity wall insulation, loft insulation, draught exclusion around doors and windows, and carpeting can help reduce energy losses from a home. This leads to advantages like using less fuel to heat the home, lower heating bills, conservation of energy sources, and less pollution. Double glazing can reduce energy passing through windows by 50% compared to single glazed windows. Filling cavity walls with insulation and insulating the loft helps prevent heat from escaping through exterior walls and upstairs ceilings.
If we reduce energy losses from homes, less fuel will be needed to keep homes at a constant temperature, resulting in smaller bills, conservation of energy sources, and less pollution. Installing double glazing, which has two panes of glass with an air gap between them, can reduce energy loss through windows by about 50%. Filling the gap in cavity walls with mineral fiber insulation stops warm air from rising into the loft. Loft insulation placed above the ceiling helps reduce heat transfer through the ceiling by conduction and is a cheap form of insulation.
This document provides information on ethylene tetrafluoroethylene (ETFE), a transparent polymer material used in construction. ETFE is lightweight, durable, and energy efficient. It is made through a process involving chemicals like fluorine and ethylene. ETFE systems are used in buildings as single or multilayer inflated cushions to form roofs or facades. Compared to glass, ETFE has advantages like flexibility, low weight, and insulation properties. It has been used successfully in notable structures like the Eden Project and Beijing National Stadium. The document discusses properties, applications, manufacturing, and case studies of ETFE.
This document discusses green building and sustainable design options for constructing an energy efficient custom home. It outlines several key components to consider, including building design, wall and roof materials. For design, it recommends an east-west orientation in central Texas to take advantage of breezes and shade windows appropriately. For materials, it suggests high R-value roof and wall insulation, and gives options for walls like structurally insulated panels, fiber cement blocks, or straw bales which provide insulation and moisture resistance. Metal roofs are also recommended for their heat reflection properties. Making informed choices based on budget, materials and climate can result in a healthy, efficient home.
The document describes the climate and architecture of Leh, a mountainous region in India considered a cold desert. It has little vegetation and experiences cold, sunny weather with large daily and seasonal temperature variations and low humidity. Traditional architecture in Leh utilizes thick walls, insulation, and passive solar techniques like trombe walls to resist heat loss and promote heat gain within buildings to dampen indoor temperature variations.
The document discusses climate and building design in cold, dry regions like Ladakh. It provides details on:
1) Ladakh's climate which is extreme, with hot summers over 20°C and very cold winters below freezing.
2) Essential building design features for the cold climate like sloping roofs, thick walls, and optimizing room placement.
3) A sample layout of a traditional Ladakhi house, showing compact planning and orientation of rooms.
The document discusses thermal insulation, detailing its advantages such as comfort, fuel saving, and condensation prevention. It outlines various types of thermal insulating materials, including slab insulation, blanket insulation, and reflective sheets, and provides guidance on selecting materials based on cost and insulation standards. Additionally, the document covers methods for effective heat insulation in buildings, including optimal orientation, shading, and applications for roofs and walls.
The document describes different types of eco-friendly houses that utilize solar energy and are designed to be energy efficient and in harmony with nature. Some key points:
1) One house has a conservatory roof that acts as a solar panel to generate electricity and helps warm the house in winter by capturing heat from the sun.
2) Another house is dome shaped and made of a durable engineered Styrofoam material. It is energy efficient and can withstand natural disasters.
3) An ecohab is meant for cold climates and aims to minimize carbon footprint and provide affordable housing.
Thermal insulation materials and methods are used to reduce heat transfer between environments of different temperatures. Insulation works by inhibiting conduction, convection, and radiation heat transfer. Common insulating materials create air pockets that provide thermal resistance. Proper building insulation can significantly reduce heating and cooling costs by maintaining comfortable interior temperatures while preventing exterior temperature fluctuations. The R-value quantifies a material's thermal resistance and insulation effectiveness.
The document provides a comprehensive overview of thermal insulation, discussing its definition, principles, and various methods and materials used for insulation. It covers key factors such as heat conduction, convection, and radiation, as well as the importance of temperature management in buildings. Additionally, it outlines different insulation materials and mechanisms while addressing challenges in evaluating their properties.
The document discusses different methods for saving heat in the home, including installing loft insulation made of fibreglass between wooden joints to trap air and slow heat loss through the loft, using double glazed windows filled with trapped air to insulate, and filling the cavity between an outer and inner wall with a mixture of air and mineral fiber to insulate. The author is Ben, a Year 9 student, and the document was created on October 23, 2000 for Dr. Overy's class.
SunTerra EnergyBlock is a highly insulated concrete block that absorbs and stores heat from the sun during the day and releases it at night, providing consistent indoor temperatures with minimal energy usage. It is more efficient at regulating temperature than traditional wood walls or insulated concrete forms (ICF), reducing heating and cooling costs by up to 62% depending on climate zone. The lightweight blocks allow for flexible exterior designs while providing sound insulation. Using EnergyBlock optimizes passive solar home designs and can serve as the primary heating system in many areas.
This presentation showcases how Bio-Energized systems transform water treatment from a costly burden into a life-saving, energy-generating, and climate-positive solution. By harnessing nature’s genius (like algae and anammox bacteria), we address interconnected crises—floods, disease, energy poverty, and CO? emissions—in one scalable system.
To achieve the noble goal of being the Home of the Rothschild Giraffe and also promoting coexistence between wildlife and people, we have diverse targeted programs and projects for all everyone. From micro-projects to trainings on sustainable development, there's something for everyone.
Does myopic foresight modeling better capture the real-world energy transitio...IEA-ETSAP
?
Does myopic foresight modeling better capture the real-world energy transition? Hindcasting in 31 European countries
Ms. Hui Shen, University Of Geneva, Switzerland
Application of extended the theory of planned behavior on renewable energy in...IEA-ETSAP
?
Application of extended the theory of planned behavior on renewable energy investment: considering multiple environmental policies mixes
Mr. Shichang ZHANG, Division of Public Policy, Hong Kong University of Science and Technology
Sunlight Water & Us discusses affordable options for grass treatment serviceJasonMotto1
?
At Sunlight, Water & Us, we make lawn care simple and affordable with our natural grass treatment service. We focus on what every lawn truly needs—sunlight, water, and regular care. Using safe, organic methods like soil testing, compost fertilization, and seasonal aeration, we help your grass grow thick and healthy without harsh chemicals. Our services are tailored to your lawn and friendly for both kids and pets. Whether you're looking for expert help or just good advice, we’re here to guide you.
Integrated TIMES-E3ME-PLEXOS-DASMOD Modelling Framework for Assessing The Cze...IEA-ETSAP
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Integrated TIMES-E3ME-PLEXOS-DASMOD Modelling Framework for Assessing The Czech NECP
Milan Scasny, Lukas Recka, Vojtech Maca, Inaki Alberto Veruete, Matej Opatrny. Charles University Environment Center, Czech Republic
Green Talks LIVE | Adapting to a drier world in a changing climate: Launch of...OECD Environment
?
Fuelled by climate change, extreme droughts are becoming more frequent, placing mounting pressure on communities, ecosystems and economies. As impacts intensify across regions and sectors, including in OECD countries, the urgency to build stronger drought resilience has never been greater. How is climate change intensifying the risks and impacts of droughts? What do recent drought episodes reveal about the socio-economic and environmental costs of inaction? And how can countries strengthen their climate adaptation strategies to reduce vulnerability, build resilience and mitigate long-term impacts?
Join us on 17 June 2025 for the launch of the new OECD report Global Drought Outlook: Trends, Impacts and Policies to Adapt to a Drier World. The report offers a global assessment of drought trends, drivers and impacts in the context of climate change, and examines how selected policies and practices across sectors can enhance drought resilience. Drawing from both successful adaptation efforts and persistent policy gaps, it provides actionable insights to guide decision-makers and support the efficient use of resources to address this escalating challenge.
The webinar will feature a panel of senior policymakers and provide a platform to discuss the OECD’s latest findings and recommendations, as well as to exchange knowledge on drought resilience, policy innovations and opportunities in land and water management to adapt to a drier future.
Role of Carbon Pricing and Emissions Constraint Pathways for India’s Net-Zero...IEA-ETSAP
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Role of Carbon Pricing and Emissions Constraint Pathways for India’s Net-Zero Transition: A Cross-Sectoral TIMES Model Analysis
ANU AGARWAL, Indian Institute of Technology, Roorkee, India
Towards a national integrated energy, land and food system model for long ter...IEA-ETSAP
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Towards a national integrated energy, land and food system model for long term carbon removal
Ms. Doorgeshwaree Jaggeshar, University College Cork, Ireland
An Assessment of the Impact of Electrification for Integration of Offshore Wi...IEA-ETSAP
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An Assessment of the Impact of Electrification for Integration of Offshore Wind Power: A Multi-Regional Energy Chains Model of Eastern Japan
Mr. Keiki Shimura, Tohoku University, Japan