#thermalmass — Public Fediverse posts

A climate battery is a sustainable heating and cooling system that uses underground tubes to regulate air temperature and humidity, reducing external energy needs. It stores and redistributes heat, making greenhouses more efficient for year-round growing, even in cold climates.

https://onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #EcoHVAC #GreenhouseTech #RegenerativeLiving #GeothermalEnergy #SustainableFood #EnergyEfficiency #GreenLiving

A climate battery is a sustainable heating and cooling system that uses underground tubes to regulate air temperature and humidity, reducing external energy needs. It stores and redistributes heat, making greenhouses more efficient for year-round growing, even in cold climates.

https://onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #EcoHVAC #GreenhouseTech #RegenerativeLiving #GeothermalEnergy #SustainableFood #EnergyEfficiency #GreenLiving

A climate battery is a sustainable heating and cooling system that uses underground tubes to regulate air temperature and humidity, reducing external energy needs. It stores and redistributes heat, making greenhouses more efficient for year-round growing, even in cold climates.

https://onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #EcoHVAC #GreenhouseTech #RegenerativeLiving #GeothermalEnergy #SustainableFood #EnergyEfficiency #GreenLiving

A climate battery is a sustainable heating and cooling system that uses underground tubes to regulate air temperature and humidity, reducing external energy needs. It stores and redistributes heat, making greenhouses more efficient for year-round growing, even in cold climates.

https://onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #EcoHVAC #GreenhouseTech #RegenerativeLiving #GeothermalEnergy #SustainableFood #EnergyEfficiency #GreenLiving

A climate battery is a sustainable heating and cooling system that uses forced air and low-temperature geothermal energy. It circulates air through underground tubes, regulating temperature and humidity. Acting as a "heat bank," it stores heat from warm air and releases it as needed, reducing HVAC energy demands.

https://www.onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #GreenLiving #EcoHVAC #ThermalInertia #GreenhouseHVAC #GeothermalEnergy #opensource #Greenhouse

A climate battery is a sustainable heating and cooling system that uses forced air and low-temperature geothermal energy. It circulates air through underground tubes, regulating temperature and humidity. Acting as a "heat bank," it stores heat from warm air and releases it as needed, reducing HVAC energy demands.

https://www.onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #GreenLiving #EcoHVAC #ThermalInertia #GreenhouseHVAC #GeothermalEnergy #opensource #Greenhouse

A climate battery is a sustainable heating and cooling system that uses forced air and low-temperature geothermal energy. It circulates air through underground tubes, regulating temperature and humidity. Acting as a "heat bank," it stores heat from warm air and releases it as needed, reducing HVAC energy demands.

https://www.onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #GreenLiving #EcoHVAC #ThermalInertia #GreenhouseHVAC #GeothermalEnergy #opensource #Greenhouse

A climate battery is a sustainable heating and cooling system that uses forced air and low-temperature geothermal energy. It circulates air through underground tubes, regulating temperature and humidity. Acting as a "heat bank," it stores heat from warm air and releases it as needed, reducing HVAC energy demands.

https://www.onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #GreenLiving #EcoHVAC #ThermalInertia #GreenhouseHVAC #GeothermalEnergy #opensource #Greenhouse

A climate battery is a sustainable heating and cooling system that uses forced air and low-temperature geothermal energy. It circulates air through underground tubes, regulating temperature and humidity. Acting as a "heat bank," it stores heat from warm air and releases it as needed, reducing HVAC energy demands.

https://www.onecommunityglobal.org/climate-battery/

#ClimateBattery #ThermalMass #SustainableHeating #GreenLiving #EcoHVAC #ThermalInertia #GreenhouseHVAC #GeothermalEnergy #opensource #Greenhouse

Thermal lag and thermal mass are vital for in-ground constructions, like the Earthbag Village and Tropical Atrium. This page explores their role in temperature regulation, material properties, heat conductivity, and seasonal impacts, supporting One Community's sustainable, open-source building initiatives.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalLag #ThermalMass #SustainableBuilding #EcoLiving #OpenSource #InGroundConstruction #TemperatureRegulation #GreenBuilding #EarthbagVillage #TropicalAtrium

Thermal lag and thermal mass are vital for in-ground constructions, like the Earthbag Village and Tropical Atrium. This page explores their role in temperature regulation, material properties, heat conductivity, and seasonal impacts, supporting One Community's sustainable, open-source building initiatives.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalLag #ThermalMass #SustainableBuilding #EcoLiving #OpenSource #InGroundConstruction #TemperatureRegulation #GreenBuilding #EarthbagVillage #TropicalAtrium

Thermal lag and thermal mass are vital for in-ground constructions, like the Earthbag Village and Tropical Atrium. This page explores their role in temperature regulation, material properties, heat conductivity, and seasonal impacts, supporting One Community's sustainable, open-source building initiatives.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalLag #ThermalMass #SustainableBuilding #EcoLiving #OpenSource #InGroundConstruction #TemperatureRegulation #GreenBuilding #EarthbagVillage #TropicalAtrium

Thermal lag and thermal mass are vital for in-ground constructions, like the Earthbag Village and Tropical Atrium. This page explores their role in temperature regulation, material properties, heat conductivity, and seasonal impacts, supporting One Community's sustainable, open-source building initiatives.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalLag #ThermalMass #SustainableBuilding #EcoLiving #OpenSource #InGroundConstruction #TemperatureRegulation #GreenBuilding #EarthbagVillage #TropicalAtrium

Thermal lag and thermal mass are vital for in-ground constructions, like the Earthbag Village and Tropical Atrium. This page explores their role in temperature regulation, material properties, heat conductivity, and seasonal impacts, supporting One Community's sustainable, open-source building initiatives.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalLag #ThermalMass #SustainableBuilding #EcoLiving #OpenSource #InGroundConstruction #TemperatureRegulation #GreenBuilding #EarthbagVillage #TropicalAtrium

Understanding thermal lag and mass helps regulate in-ground building temperatures, benefiting eco-friendly structures like Earthbag Village and the Duplicable City Center. Thermal mass stores heat, and thermal lag delays its release, reducing reliance on HVAC systems by harnessing daily temperature cycles.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalMass #ThermalLag #EcoConstruction #SustainableBuilding #InGroundConstruction #ClimateBattery #HeatRegulation #EcoLiving #OpenSource

Understanding thermal lag and mass helps regulate in-ground building temperatures, benefiting eco-friendly structures like Earthbag Village and the Duplicable City Center. Thermal mass stores heat, and thermal lag delays its release, reducing reliance on HVAC systems by harnessing daily temperature cycles.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalMass #ThermalLag #EcoConstruction #SustainableBuilding #InGroundConstruction #ClimateBattery #HeatRegulation #EcoLiving #OpenSource

Understanding thermal lag and mass helps regulate in-ground building temperatures, benefiting eco-friendly structures like Earthbag Village and the Duplicable City Center. Thermal mass stores heat, and thermal lag delays its release, reducing reliance on HVAC systems by harnessing daily temperature cycles.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalMass #ThermalLag #EcoConstruction #SustainableBuilding #InGroundConstruction #ClimateBattery #HeatRegulation #EcoLiving #OpenSource

Understanding thermal lag and mass helps regulate in-ground building temperatures, benefiting eco-friendly structures like Earthbag Village and the Duplicable City Center. Thermal mass stores heat, and thermal lag delays its release, reducing reliance on HVAC systems by harnessing daily temperature cycles.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalMass #ThermalLag #EcoConstruction #SustainableBuilding #InGroundConstruction #ClimateBattery #HeatRegulation #EcoLiving #OpenSource

Understanding thermal lag and mass helps regulate in-ground building temperatures, benefiting eco-friendly structures like Earthbag Village and the Duplicable City Center. Thermal mass stores heat, and thermal lag delays its release, reducing reliance on HVAC systems by harnessing daily temperature cycles.

https://www.onecommunityglobal.org/thermal-lag/

#ThermalMass #ThermalLag #EcoConstruction #SustainableBuilding #InGroundConstruction #ClimateBattery #HeatRegulation #EcoLiving #OpenSource

Thermal Mass: The Secret to Energy Efficient Buildings https://www.youtube.com/shorts/2eqZ1Kd23_I #thermalmass #sustainability #energyefficiency

Thermal Mass: The Secret to Energy Efficient Buildings https://www.youtube.com/shorts/2eqZ1Kd23_I #thermalmass #sustainability #energyefficiency

@GreeningScience Looking forward to following. I'm a female builder in my 50s focused on retrofit, extensions and new builds using natural materials. Main approach is to get insulation and ventilation sorted, and getting mass into homes so we're heating the fabric and not air. Always good to keep up with all and any research to learn more from. #sustainability #naturalbuilding #thermalmass

@GreeningScience Looking forward to following. I'm a female builder in my 50s focused on retrofit, extensions and new builds using natural materials. Main approach is to get insulation and ventilation sorted, and getting mass into homes so we're heating the fabric and not air. Always good to keep up with all and any research to learn more from. #sustainability #naturalbuilding #thermalmass

@GreeningScience Looking forward to following. I'm a female builder in my 50s focused on retrofit, extensions and new builds using natural materials. Main approach is to get insulation and ventilation sorted, and getting mass into homes so we're heating the fabric and not air. Always good to keep up with all and any research to learn more from. #sustainability #naturalbuilding #thermalmass

So rather than thinking of winter solstice as "the beginning of winter," I think of it as the time when winter's battery of cold is fully charged. And this is a helpful metaphor for #ThermalMass storage in housing design as well. Especially in climates where both heating and cooling are necessary throughout the year, well-placed mass can keep indoor spaces comfy for finicky humans with very little energy input. #GreenBuilding #PassivHaus
https://www.yourhome.gov.au/passive-design/thermal-mass

So rather than thinking of winter solstice as "the beginning of winter," I think of it as the time when winter's battery of cold is fully charged. And this is a helpful metaphor for #ThermalMass storage in housing design as well. Especially in climates where both heating and cooling are necessary throughout the year, well-placed mass can keep indoor spaces comfy for finicky humans with very little energy input. #GreenBuilding #PassivHaus
https://www.yourhome.gov.au/passive-design/thermal-mass

So rather than thinking of winter solstice as "the beginning of winter," I think of it as the time when winter's battery of cold is fully charged. And this is a helpful metaphor for #ThermalMass storage in housing design as well. Especially in climates where both heating and cooling are necessary throughout the year, well-placed mass can keep indoor spaces comfy for finicky humans with very little energy input. #GreenBuilding #PassivHaus
https://www.yourhome.gov.au/passive-design/thermal-mass

High noon in this example, when the sun is directly overhead and thus when there is the least atmosphere between the house and the sun, and the shortest distance between them as well, is analogous to a solstice. Moreso to the summer solstice as far as the heat goes, but #ThermalMass storage works both ways.

High noon in this example, when the sun is directly overhead and thus when there is the least atmosphere between the house and the sun, and the shortest distance between them as well, is analogous to a solstice. Moreso to the summer solstice as far as the heat goes, but #ThermalMass storage works both ways.

High noon in this example, when the sun is directly overhead and thus when there is the least atmosphere between the house and the sun, and the shortest distance between them as well, is analogous to a solstice. Moreso to the summer solstice as far as the heat goes, but #ThermalMass storage works both ways.

Think of a house with big windows on a sunny day. The sun heats the house, but the hottest part of the day, if you're indoors and the windows are closed, is going to be in the afternoon, not when the sun is directly overhead. This is because of the #ThermalMass storage of the thermal energy from the sunshine. The materials of the house absorb it and then release it minutes or hours later.

Think of a house with big windows on a sunny day. The sun heats the house, but the hottest part of the day, if you're indoors and the windows are closed, is going to be in the afternoon, not when the sun is directly overhead. This is because of the #ThermalMass storage of the thermal energy from the sunshine. The materials of the house absorb it and then release it minutes or hours later.

Think of a house with big windows on a sunny day. The sun heats the house, but the hottest part of the day, if you're indoors and the windows are closed, is going to be in the afternoon, not when the sun is directly overhead. This is because of the #ThermalMass storage of the thermal energy from the sunshine. The materials of the house absorb it and then release it minutes or hours later.

Think of a house with big windows on a sunny day. The sun heats the house, but the hottest part of the day, if you're indoors and the windows are closed, is going to in the afternoon, not when the sun is directly overhead. This is because of the #ThermalMass storage of the thermal energy from the sunshine. The materials of the house absorb it and then release it minutes or hours later.

Lots of people get thrown off by the incongruence between solstices & seasons. Is the solstice the beginning of winter? If the days are getting longer, why does it get colder? I find it helpful to conceptualize it like #ThermalMass storage.

Lots of people get thrown off by the incongruence between solstices & seasons. Is the solstice the beginning of winter? If the days are getting longer, why does it get colder? I find it helpful to conceptualize it like #ThermalMass storage.

Lots of people get thrown off by the incongruence between solstices & seasons. Is the solstice the beginning of winter? If the days are getting longer, why does it get colder? I find it helpful to conceptualize it like #ThermalMass storage.

Lots of people get thrown off by the incongruence between solstices & seasons. Is the solstice the beginning of winter? If the days are getting longer, why does it get colder? I find it helpful to conceptualize it like #ThermalMass storage.

For some reason the Australian government has a pretty good explanation of thermal mass: https://www.yourhome.gov.au/passive-design/thermal-mass #PassivHaus #ThermalMass #GreenBuilding

For some reason the Australian government has a pretty good explanation of thermal mass: https://www.yourhome.gov.au/passive-design/thermal-mass #PassivHaus #ThermalMass #GreenBuilding

For some reason the Australian government has a pretty good explanation of thermal mass: https://www.yourhome.gov.au/passive-design/thermal-mass #PassivHaus #ThermalMass #GreenBuilding