How Geothermal Heating and Cooling Can Improve Building Efficiency:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint

MICHAEL TOBIAS

首页> 外文期刊>HPAC engineering >How Geothermal Heating and Cooling Can Improve Building Efficiency:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint

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How Geothermal Heating and Cooling Can Improve Building Efficiency:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint

机译：地热量加热和冷却如何提高建筑效率：脚踏系统提供更多稳定性，同时减少排放，减少碳占地面积：脚踏式系统在切割排放时提供更多稳定性，减少碳占地面积：碳足迹在切割排放时提供更多稳定性，减少碳足迹

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Geothermal heating and cooling systems have a significant potential to reduce the energy footprint and environmental impact of buildings. In addition to offering the highest efficiency among the HVAC options commercially available, geothermal systems eliminate on-site fossil fuel combustion. If the local electricity grid transitions to renewable sources, emissions from power generation are eliminated as well.

机译：地热加热和冷却系统具有减少建筑物的能量足迹和环境影响的显着潜力。除了在市售的HVAC选项中提供最高效率，地热系统还消除了现场化石燃料燃烧。如果局部电网转换为可再生能源，也会消除发电的排放。

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《HPAC engineering》 |2019年第4期|共3页
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MICHAEL TOBIAS;
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中图分类空气调节、采暖、通风及其设备;
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1. How Geothermal Heating and Cooling Can Improve Building Efficiency:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint:Down-to-earth systems offer more stability while cutting emissions, reducing carbon footprint [J] . MICHAEL TOBIAS HPAC engineering . 2019,第4期

机译：地热量加热和冷却如何提高建筑效率：脚踏系统提供更多稳定性，同时减少排放，减少碳占地面积：脚踏式系统在切割排放时提供更多稳定性，减少碳占地面积：碳足迹在切割排放时提供更多稳定性，减少碳足迹
2. Hybrid Biological-Chemical Approach Offers Flexibility and Reduces the Carbon Footprint of Biobased Plastics, Rubbers, and Fuels [J] . Wu Lipeng, Gokhale Amit, Goulas Konstantinos A., ACS Sustainable Chemistry & Engineering . 2018,第11期

机译：混合生物化学方法提供了灵活性，减少了生物塑料，橡胶和燃料的碳足迹
3. CALIFORNIA'S FIRST WINERY,ALMADEN VINEYARDS OFFERS AN ELEGANT WAY TO REDUCE YOUR CARBON FOOTPRINT [J] . Kentucky beverage journal . 2009,第4期

机译：加利福尼亚州的第一家酿酒厂，ALMADEN VINEYARDS提供了一种减少碳足迹的简便方法
4. A STUDY ON EFFECT ON GHG EMISSIONS BY ADDITION OF TRANSIT MODE IN EXISTING ROAD NETWORK AND OPTIMAL EMISSION PRICING MODELS FOR REDUCING CARBON FOOTPRINTS [C] . Sushant Sharma, Sabyasachee Mishra Transportation Research Board Annual meeting . 2013

机译：现有道路网络中过渡模式的添加对温室气体排放的影响以及减少碳足迹的最佳排放定价模型的研究
5. Using Geothermal Electric Power to Reduce Carbon Footprint. [D] . Crombie, George W. 2014

机译：使用地热发电以减少碳足迹。
6. Carbon Footprint of Telemedicine Solutions - Unexplored Opportunity for Reducing Carbon Emissions in the Health Sector [O] . Åsa Holmner, Kristie L. Ebi, Lutfan Lazuardi, -1

机译：远程医疗解决方案的碳足迹-减少卫生部门碳排放的未开发机会
7. Hybrid Biological–Chemical Approach Offers Flexibility and Reduces the Carbon Footprint of Biobased Plastics, Rubbers, and Fuels [O] . Lipeng Wu, Amit Gokhale, Konstantinos A. Goulas, 2018

机译：混合生物化学方法提供了灵活性，减少了生物化塑料，橡胶和燃料的碳足迹

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