空調と地球温暖化：気候影響評価、冷房需要の増大、低炭素未来に向けた持続可能な解決策

Unofficial AI-generated summary based on the public title and abstract. Not an official translation.

🔬研究者:冷房需要・冷媒・電力排出を統合した脱炭素フレームワークの文献的整理として、冷却セクター研究の出発点にできる。

🏢実務担当者:空調機器更新・冷媒管理・再エネ調達・建物設計を組み合わせた排出削減策の検討に活用できる。

🏛政策担当者:冷房需要増大に対応する省エネ基準・冷媒規制・再エネ政策のパッケージ設計の参考になる。

This title combines the central themes of the newspaper article: increasing air-conditioner usage, greenhouse gas emissions, rising global temperatures, energy efficiency, and renewable energy solutions. 2. Alternative Research Titles 1. The Hidden Climate Cost of Air Conditioning: Global Warming Impacts and Sustainable Cooling Strategies 2. Cooling the Planet Without Heating It: Energy-Efficient Air Conditioning and Climate Change Mitigation 3. Air Conditioning, Greenhouse Gas Emissions, and Global Warming: Challenges and Pathways toward Sustainable Cooling 4. Rising Cooling Demand in a Warming World: Environmental Consequences and Renewable Energy Solutions 5. The Air Conditioning–Climate Change Nexus: Future Temperature Projections, Energy Consumption, and Emission Reduction 6. Sustainable Cooling Technologies for a Warming Planet: Improving Air-Conditioning Efficiency and Reducing Carbon Emissions 7. From Cooling Demand to Climate Impact: Evaluating the Environmental Footprint of Air Conditioning Systems 8. Decarbonizing the Cooling Sector: Energy Efficiency, Low-Global-Warming-Potential Refrigerants, and Renewable Energy Integration 9. Urban Heat, Air-Conditioning Demand, and Global Warming: An Integrated Framework for Sustainable Cooling 10. Towards Climate-Friendly Air Conditioning: Technological Innovations and Policy Strategies for Emission Reduction 3. Subtitle A Literature-Based Assessment of Cooling-Related Greenhouse Gas Emissions, Future Warming Projections, Energy-Efficient Technologies, and Renewable Energy Integration 4. Detailed Research Description Research Description Air conditioning has become an essential technology for thermal comfort, productivity, healthcare, and industrial operations. However, the growing demand for cooling in a warming world presents an important environmental challenge. Increased air-conditioner usage can raise electricity consumption, contribute to greenhouse gas emissions when power is generated from fossil fuels, and release refrigerants with high global warming potential when systems leak or are improperly serviced or disposed of. These effects can intensify the climate challenge that makes cooling increasingly necessary. This research examines the relationship between air-conditioning demand and global warming, with particular emphasis on the environmental footprint of cooling systems, projected climate impacts, and practical pathways toward sustainable cooling. It considers the contribution of electricity-related emissions, refrigerant management, equipment efficiency, building design, and urban heat to the overall impact of cooling technologies. The study also evaluates potential mitigation strategies, including high-efficiency air conditioners, low-global-warming-potential refrigerants, passive cooling architecture, improved insulation, cool roofs, smart temperature controls, renewable electricity, and responsible equipment maintenance. Special attention is given to the opportunities and challenges of implementing these measures in India, where rising temperatures, urbanization, and expanding access to air conditioning are increasing the importance of affordable and environmentally responsible cooling. Using a conceptual and literature-based approach, the research proposes an integrated framework combining efficient equipment, cleaner electricity, responsible refrigerant management, climate-responsive buildings, and supportive policies. The objective is to identify how cooling demand can be met while limiting avoidable emissions and reducing long-term environmental impacts. The study aims to support researchers, engineers, policymakers, building designers, and energy planners in developing practical strategies for climate-friendly cooling. Its central proposition is that air conditioning need not become an uncontrolled driver of climate change if energy efficiency, low-impact refrigerants, renewable energy, and sustainable building practices are implemented together. 5. Research Aim To investigate how increasing air-conditioning demand contributes to global warming and to develop a literature-based framework for reducing cooling-related greenhouse gas emissions through technological innovation, energy efficiency, renewable energy, and sustainable building design. 6. Key Research Objectives Examine the relationship between rising temperatures and increasing air-conditioning demand. Identify the major sources of greenhouse gas emissions associated with cooling systems. Discuss published projections of the potential contribution of air conditioning to future warming. Evaluate energy-efficient air conditioners and refrigerants with lower global warming potential. Assess renewable energy integration and passive cooling strategies. Propose a practical framework for sustainable cooling, with relevance to India. 7. Keywords Air conditioning; global warming; climate change; greenhouse gas emissions; sustainable cooling; energy efficiency; refrigerants; renewable energy; passive cooling; urban heat; decarbonization. 8. Suggested Running Title Sustainable Air Conditioning and Global Warming Recommendation: Use the combined title in Section 1 for a broad, publication-oriented research paper. The subtitle clarifies the technical scope and makes the work suitable for a conceptual review or literature-based research article. Any specific temperature projection, such as 0.03–0.07°C, should be attributed to the relevant published study and described according to its scenario, time period, and assumptions rather than presented as a universal prediction.

• openalex https://doi.org/10.5281/zenodo.23447534first seen 2026-10-20 04:37:37