أجريس - النظام الدولي للعلوم الزراعية والتكنولوجيا

Improving Energy Efficiency in Cluj-Napoca, Romania | Romania - Imbunatatirea eficientei energetice in Cluj-Napoca

2013

Mot, Manuela | Bose, Ranjan | Burduja, Sebastian | Ionescu-Heroiu, Marcel


المعلومات البيبليوغرافية
الناشر
World Bank, Washington, DC
مواضيع أخرى
Wind facilities; Buses; Thermal power; Cold winters; Heat demand; Public transit; Electricity consumption; Turbines; Price of electricity; Energy input; Residential buildings; City traffic; Thermal system; Public transport system; Car; Fuel consumption; Heat generation; Oil; Power supply system; Public parking; Urban centers; Cars; Bus operators; Distribution network; Greenhouse emissions; Improving energy efficiency; Infrastructure development; Traffic restraint; Emissions of greenhouses; Street traffic; Bus fleet; Renewable energy sources; Power sources; Public transport systems; Retrofitting; Tax exemptions; Voltage; Energy efficiency interventions; Energy supply; Light turns; Rail connection; Power sector; Trip; Traffic lights; Solar thermal; Solid waste management; Municipal service; Electricity tariffs; Oil equivalent; Power production; Ring roads; Oil company; Tax; Thermal power plant; Cogeneration; Fuel; Modal split; Pedestrian; Natural gas consumption; Transport network; Underground; Heating energy; Primary energy savings; Public transport; Electrical power; Transport sector; Routes; Energy efficiency standards; Bus lanes; Fuel costs; Primary energy; Street lighting; Primary sources; Renewable energy producers; Streets; Gas producer; District heating networks; Heat production; Commuters; Floor area; Energy savings; Energy transmission; Renewable energy production; Sustainable energy; Urban area; Gas consumption; District heating systems; Energy sector; Ghg; Efficiency improvement; Urban sprawl; Power supply; Hot water; Garbage collection; Transport modes; District heating; Traffic flow; Vehicle usage; Traffic congestion; Greenhouse; Energy price; Energy cost savings; Heat tariff; Emissions; Generation; Heat meters; Road network; Electricity distribution; Clean energy; Energy audits; High energy; Energy efficiency plan; Hydro-power; Urban expansion; Tram; Energy intensity; Car use; Energy sector management assistance; Ring road; Energy source; Landfill; National grid; Energy costs; Electricity prices; Pedestrian network; Power sectors; Solid waste; Solid waste management systems; Renewable fuels; Public transport infrastructure; Drivers; Energy cost; Neighborhoods; Private vehicles; Production of energy; Urban transport; Private transport; Public partnerships; Rail; Reducing energy consumption; International airport; Daily trips; Energy plants; Thermal power plants; Energy efficiency improvements; City streets; Thermal plant; Energy efficiency funds; Bus; Natural gas prices; District heating system; Transportation system; Conventional energy; Heavy traffic; Solar panels; Power consumption; Rolling stock; Bike lanes; Greenhouse gas; Renewable sources; City authorities; Solar energy facilities; Central heating; Public transport operators; Approach; Private vehicle; Bio-fuels; Driving; Energy suppliers; Public transportation; Transport alternatives; Climatic conditions; City bus; High fuel consumption
اللغة
إنجليزي
نوع الملف
application/pdf, text/plain
الترخيص
CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo/, World Bank
النوع
Report; Report; Report

2024-10-18
2025-10-25
Dublin Core
مزود البيانات
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