201. Improving Energy Efficiency in Craiova, Romania
- Author
-
Mot, Manuela, Bose, Ranjan, Burduja, Sebastian, and Ionescu-Heroiu, Marcel
- Subjects
AIRPORT ,ILLUMINATION ,TAX EXEMPTIONS ,CITIES ,POWER CONSUMPTION ,POWER PLANT ,TRAM ,THERMAL ENERGY ,WIND ENERGY ,SOLAR ENERGY ,TRAFFIC LIGHTS ,ROAD ,TRIPS ,POWER SOURCES ,ROUTES ,CARS ,ELECTRICITY PRICES ,ENERGY PRICE ,RENEWABLE ENERGY ,INCOME ,PEDESTRIAN NETWORK ,PRIVATE VEHICLE ,STREET LIGHTING ,ROAD INFRASTRUCTURE ,ENERGY SECTOR ,PRODUCTION OF ENERGY ,CITY BUS ,CLIMATIC CONDITIONS ,OIL EQUIVALENT ,RAILWAY ,COAL MINES ,TRANSPORT SECTOR ,HEAT PRODUCTION ,ENERGY TRANSMISSION ,HYDRO POWER ,ENERGY LOSS ,COMMUTERS ,THERMAL EFFICIENCY ,TRANSPARENCY ,PIPELINE ,CAR USE ,PRIVATE VEHICLES ,HYDROPOWER ,ENERGY EFFICIENCY INTERVENTIONS ,PETROLEUM ,PRIMARY ENERGY ,VOLTAGE ,ENERGY POLICIES ,ELECTRICAL POWER SECTOR ,FUEL CONSUMPTION ,CARBON EMISSIONS ,ELECTRICAL POWER ,BIKE LANES ,THERMAL POWER ,ENERGY COST SAVINGS ,RESIDENTIAL HOUSING ,ENERGY EFFICIENCY IMPROVEMENTS ,PUBLIC TRANSPORT VEHICLES ,MERCURY ,RAPID TRANSIT ,SUSTAINABLE DEVELOPMENT ,AUTOMOBILE ,GREENHOUSE ,HYDRO POWER PLANTS ,ENERGY INTENSIVE ,WEALTH ,BUS ROUTE ,CLIMATE CHANGE ,URBAN POPULATION ,NATIONAL GRID ,BIOMASS ,PUBLIC TRANSPORT OPERATORS ,CARBON ,RENEWABLE ENERGY SOURCES ,ENERGY INTENSITY ,ROADS ,ENERGY CONSUMPTION ,ELECTRICITY SECTOR ,PEDESTRIAN ,AIR ,WIND FACILITIES ,IMPROVING ENERGY EFFICIENCY ,RESIDENTIAL BUILDINGS ,PUBLIC VEHICLES ,CO ,PRIMARY ELECTRICITY ,PEAK TIMES ,PUBLIC TRANSPORT SYSTEM ,SAFETY ,EFFICIENCY IMPROVEMENT ,ELECTRICITY SYSTEM ,PUBLIC TRANSPORT ,POWER ,RETROFITTING ,SOLAR PANELS ,PEOPLE WALKING ,CAPACITY OF HEAT ,ENERGY EXPENDITURES ,EMISSIONS OF GREENHOUSES ,DISTRICT HEATING SYSTEMS ,BUS FLEET ,TRUCKS ,HOT WATER ,PUBLIC TRANSPORTATION ,ENERGY EXPENDITURE ,HEAVY TRAFFIC ,SOLID WASTE MANAGEMENT ,TRANSPORTATION ,CLIMATE ,INFRASTRUCTURE DEVELOPMENT ,POPULATION DENSITY ,TRAFFIC CONGESTION ,GHG ,REDUCING ENERGY USE ,HEAT EXCHANGERS ,FUEL COSTS ,PASSENGERS ,DISTRICT HEATING NETWORKS ,TAX ,ENERGY INPUT ,GASES ,RENEWABLE ENERGY PRODUCERS ,URBAN AREA ,RENEWABLE FUELS ,PRICE OF ELECTRICITY ,DRIVERS ,AIRCRAFT ,TRIP ,PUBLIC PARTNERSHIPS ,UNDERGROUND ,DISTRIBUTION SYSTEMS ,URBAN SPRAWL ,OIL ,ELECTRICITY BILLS ,CAR ,ENERGY SAVINGS ,TRANSPORT ALTERNATIVES ,CITY STREETS ,STREETS ,BIOGAS ,BUS STOPS ,COLD WINTERS ,POWER SUPPLY ,GREENHOUSE GAS ,SOLID WASTE ,HOT WATER SUPPLY ,GARBAGE COLLECTION ,ELDERLY PEOPLE ,LANDFILL ,MODAL SPLIT ,CALCULATION ,POLLUTION ,PEDESTRIAN AREAS ,PRIMARY SOURCES ,MUNICIPAL AUTHORITIES ,GOLD ,BUSES ,ENERGY DEMAND ,ENERGY BALANCE ,HIGH ENERGY ,ELECTRICITY CONSUMPTION ,CITY AUTHORITIES ,TRAFFIC MANAGEMENT ,SODIUM ,GREENHOUSE GAS EMISSIONS ,PUBLIC TRANSPORT SYSTEMS ,SOLAR ENERGY FACILITIES ,GENERATION ,TRAFFIC RESTRAINT ,ENERGY AUDIT ,DISTRIBUTION SYSTEM ,ENERGY PRODUCTION ,BIOFUELS ,GREENHOUSE EMISSIONS ,FUEL ,POWER SECTOR ,ACCESSIBILITY ,ELECTRICITY ,ARCHITECTURAL HERITAGE ,COAL ,ROUTE ,BUS LANES ,HEATING SYSTEM ,NEIGHBORHOODS ,SOLID WASTE MANAGEMENT SYSTEMS ,TRAM SYSTEM ,PRIMARY ENERGY SAVINGS ,POWER PRODUCTION ,ENERGY CONSERVATION ,AIR CONDITIONING ,DRIVING ,SEWAGE TREATMENT ,ENERGY MARKET ,DISTRIBUTION NETWORK ,STREET LIGHTS ,FLOOR AREA ,URBAN EXPANSION ,VEHICLES ,ENERGY USE ,THERMAL POWER PLANTS ,PUBLIC TRANSPORT SERVICES ,MUNICIPAL SERVICE ,DISTRICT HEATING ,CLEAN ENERGY ,RENEWABLE SOURCES ,HEAT ,SUSTAINABLE ENERGY ,NATURAL GAS ,BUS ,UTILITIES ,PEDESTRIAN PATHS ,POWER SECTORS ,URBAN TRANSPORT ,ENERGY COSTS ,DISTRICT HEATING SECTOR ,MEMBER STATES ,VEHICLE USAGE ,ENERGY EFFICIENCY ,HEAT SUPPLY ,BIO-FUELS ,WIND ,ENERGY EFFICIENCY MEASURES ,ENERGY SECTOR MANAGEMENT ASSISTANCE ,WHOLESALE TRADE ,BUS STOP ,ENERGY SOURCES ,URBAN AREAS ,DISTRICT HEATING SYSTEM ,ENERGY AUDITS - Abstract
The main impetus for this report (and for the reports prepared for the other six growth poles) is a request received from the Ministry of Regional Development and Public Administration. The request came within the context of on-going preparations for the 2014-2020 Programming period, with Energy Efficiency being one the major themes of the Europe 2020 strategy, and a critical priority for all EU Member Countries. Within Romania, local authorities that will want to access energy efficiency funds under the 2014-2020 Regional Operational Program will need to first prepare energy efficiency strategies. The TRACE tool is specifically targeted at local authorities, and is a good instrument for drafting such strategies. After the 1989 Revolution, Romania began its transition from a centralized system to a market-based economy. Today the country is a member of the European Union (EU) and NATO. After more than a decade of economic restructuring and political change, the country has taken significant steps toward catching up with the economic performance of more developed EU countries. Although radical reforms brought about significant changes in recent years, the standard of living of Romanians is still behind the EU average. The transition period after the end of the communist regime has led to significant changes in the social and economic life of the residents of Craiova. Some of these developments have positively affected people's life, whereas a few came along with inconveniences and difficulties. During the first years of transition the city attracted people from parts of Dolj County and from elsewhere in Romania. This process led to severe de-population in the rural areas of Dolj County. At the same time, due to economic constraints, some of the urban population of Craiova moved to the wider metropolitan area. Like every other city in the country, municipal buildings in Craiova require proper measures toward improving energy efficiency - particularly in health care and education facilities managed by the city government. A benchmarking of the municipal building stock, along with audit and retrofit measures, should be performed in order to identify the highest energy savings potential and proper intervention measures. As for the water sector, although the system covers the entire city and most of the households in Craiova have water meters, there are high losses in the network. In addition, in order to improve the overall efficiency of the water system, oversized pumps needs to be replaced with smaller, energy-efficient ones. Finally, although selective collection has been implemented in Craiova, there is more that can be done about improving recycling rates.
- Published
- 2013