Technical and economic aspects of municipal energy planning

Earth & Environmental Sciences

• energy planning 98%
• combined heat and power 67%
• public administration 63%
• energy market 63%
• private sector 51%
• energy saving 49%
• economics 40%
• urban area 35%
• energy 34%
• thermal insulation 31%
• debt 31%
• energy management 30%
• industry 28%
• pilot project 27%
• human resource 27%
• public sector 27%
• geothermal energy 27%
• climate change mitigation 26%
• local authority 25%
• energy demand 25%
• power generation 24%
• expenditure 23%
• climate conditions 23%
• emission reduction 22%
• inhabitant 22%
• municipality 21%
• school 20%
• greenhouse gas emissions 20%
• participation 20%
• socioeconomics 19%
• carbon 13%
• index 11%
• parameter 8%
• analysis 6%

Engineering & Materials Science

• Public administration 100%
• Energy conservation 55%
• Budget control 48%
• Geothermal energy 45%
• Economics 45%
• Planning 44%
• Thermal insulation 38%
• Climate change 38%
• Gas emissions 35%
• Energy management 35%
• Greenhouse gases 35%
• Hot Temperature 33%
• Industry 30%
• Power generation 29%
• Personnel 26%
• Carbon 26%

Social Sciences

• energy 48%
• planning 42%
• economics 30%
• energy saving 20%
• heat 17%
• public administration 14%
• urban area 13%
• private sector 13%
• Power generation 9%
• energy shortage 9%
• industry 9%
• market 8%
• pilot project 8%
• indebtedness 7%
• inhabitant 7%
• human resources 7%
• expenditures 6%
• municipality 6%
• climate change 6%
• public sector 6%
• climate 6%
• campaign 5%
• determinants 5%
• EU 5%
• participation 4%
• lack 4%
• management 3%