author = { Jorgensen, Erika AND Timilsina, Govinda },

title = { Development of Low-Carbon Energy Supply System in Romania },

publisher = {},

keywords = { ACTIVITIES , APPROACH , AVAILABILITY , BASELINE EMISSIONS , BIOMASS , BOILERS , CAPACITY FACTORS , CAPACITY FOR ELECTRICITY GENERATION , CARBON EMISSIONS , CARBON ENERGY , CARBON MARKET , CARBON PATH , CLEAN COAL , CLEAN ELECTRICITY , CLEAN ENERGY , CLEANER , CLIMATE CHANGE , CLIMATE CHANGE MITIGATION , COAL , COAL GAS , COST OF ENERGY , COST OF ENERGY SUPPLY , COSTS OF ELECTRICITY , CRUDE OIL , DEMAND FOR HEAT , DIESEL , DISTRICT HEAT , DISTRICT HEATING , EFFICIENCY IMPROVEMENT , EFFICIENCY IMPROVEMENTS , EFFICIENCY INVESTMENTS , EFFICIENT LIGHTING , ELECTRICITY , ELECTRICITY CAPACITY , ELECTRICITY GENERATION , ELECTRICITY GENERATION CAPACITY , ELECTRICITY GENERATION MIX , ELECTRICITY SUPPLY , ELECTRICITY SYSTEM , ELECTRICITY UTILITIES , EMISSION , EMISSION REDUCTION , EMISSIONS , EMISSIONS DATA , EMISSIONS FROM ENERGY , ENERGY , ENERGY CONSUMPTION , ENERGY DEMAND , ENERGY DEVELOPMENT , ENERGY EFFICIENCY , ENERGY EFFICIENCY IMPROVEMENTS , ENERGY EFFICIENCY INVESTMENTS , ENERGY GENERATION , ENERGY MARKETS , ENERGY MIX , ENERGY OUTLOOK , ENERGY PLANNING , ENERGY POLICIES , ENERGY REQUIREMENT , ENERGY RESOURCES , ENERGY SOURCE , ENERGY SOURCES , ENERGY STRATEGY , ENERGY SUPPLY , EXCESS ELECTRICITY , FACILITIES , FOSSIL , FOSSIL ENERGY , FOSSIL FUEL , FOSSIL FUELS , FOSSIL SOURCES , FUEL , FUEL COSTS , FUEL OIL , FUEL PRICES , FUELS , GAS , GAS INDUSTRY , GAS PIPELINES , GAS PRICES , GAS RESOURCES , GASOLINE , GENERATION , GENERATION CAPACITY , GREEN POWER , GREENHOUSE GAS , GREENHOUSE GAS EMISSIONS , HEAT , HEAT DEMAND , HEAT ENERGY , HEAT PRODUCTION , HEAT SUPPLY , HEATING SYSTEM , HYDRO POWER , HYDROPOWER , IMPROVEMENTS IN ENERGY EFFICIENCY , IMPROVING ENERGY EFFICIENCY , INVESTMENT , INVESTMENTS , KEROSENE , LNG , NATURAL GAS , NATURAL GAS PIPELINES , NUCLEAR CAPACITY , NUCLEAR ENERGY , NUCLEAR PLANTS , NUCLEAR POWER , NUCLEAR POWER GENERATION , NUCLEAR POWER INDUSTRY , NUCLEAR POWER PLANTS , NUCLEAR POWER UNITS , OIL , OIL REFINERY , OIL RESERVES , OPTIONS , PEAK LOAD , PETROLEUM , POWER , POWER CAPACITY , POWER GENERATION , POWER GENERATION CAPACITY , POWER GENERATION FACILITIES , POWER INDUSTRY , POWER PLANT , POWER PLANTS , POWER SECTOR , POWER SYSTEM , PRICE , PRICES , PRIMARY ENERGY , PRIMARY ENERGY SUPPLY , PROVEN NATURAL GAS , RENEWABLE ELECTRICITY , RENEWABLE ENERGY , RENEWABLE ENERGY RESOURCES , RENEWABLE GENERATION , RENEWABLE RESOURCES , RENEWABLE SOURCES , RESIDENTIAL BUILDINGS , SOURCE OF ELECTRICITY , SPACE COOLING , SPACE HEATING , SUPPLY COSTS , SUSTAINABLE ENERGY , THERMAL ENERGY , THERMAL POWER , THERMAL POWER PLANTS , TRANSMISSION SYSTEM , UTILITIES , WIND , WIND CAPACITY , WIND ENERGY , WIND POWER },

year = {2016},

abstract = {Europe and Central Asia},

abstract = {Romania},

booktitle = {Policy Research Working Paper ; No. 7698},

address = { World Bank, Washington, DC },

url = { http://slubdd.de/katalog?TN_libero_mab2 }