Romanian Electricity Sector and National Energy Strategy Romanian Reverse Economic Mission to USA – September 2010 Alexandru Sandulescu General Director – Energy, Oil and Gas Department Romanian Ministry of Economy, Commerce and Business Development
Dec 18, 2015
Romanian Electricity Sector and National Energy Strategy
Romanian Reverse Economic Mission to USA – September 2010
Alexandru Sandulescu
General Director – Energy, Oil and Gas Department
Romanian Ministry of Economy, Commerce and Business Development
Romanian Electricity SectorRomanian Electricity Sector
Romanian electricity sector
Overhead transmission lines: 8800 km Transmission substations: 76Distribution lines: 310127 km Distribution substations: 1296Consumers: 8,500,000 National consumption: 54.6 TWh (2008), 49.9 TWh (2009)
Romanian electricity sector
Transmission and system operator
Commercial operator
Producer with hydro power plants
Producers with thermal power plants
Producer with nuclear power plant
Almost 20 municipal cogen producers
Nuclearelectrica
Hidroelectrica
Transelectrica
OPCOM
T1 T2 T3 T6
More than 120 independent suppliers
8 distribution companies (DISCOs)E1 E2 E3 E7 E8
Electricity sector structure
Romanian electricity sector
Electricity generation structure 2009
Romanian electricity sector
Electricity generation variability
Romanian electricity sector
Electricity export / import balance
Import
Exp
ort
Romanian Electricity MarketRomanian Electricity Market
Romanian electricity market
Fully liberalized from July 2007;
No administrative barriers for imports and exports of energy or energy resources;
Advanced electricity market compared with other countries in the region;
Market operator – Opcom operating:
Day Ahead Market
Forward market;
Green Certificates Market
CO2 Allowances market
Market settlement.
Balancing Market operated by the TSO, Transelectrica
Romanian electricity market
indep. supplier 1
indep. supplier 2
Supplier
producer producerproducerproducer
eligible customer
Customer at reg. tariffs
eligible customer
Customer at reg. tariffs
eligible customer
centralized markets OPCOM
wholesale market
retail market
Wholesale vs. retail electricity market
Romanian electricity market
Wholesale electricity market
Physical Notifications
BILATERAL CONTRACTS DAY AHEAD ON THE DAY SETTLEMENT
TSO
Balancing
Market
MP
P
Q
GG GG
SS SS
Q
Day Ahead Market
Simple Bids
Simple Bids
Firm Volumes by Company
Simple bids by unit
Metered Volume
s
Meter
data
Imbalance
volumes by BRP
Adjustments to Day Ahead schedule
BM Volumes
Market Operator
TSO-market operator
G - generators
S - suppliers Balancing Responsible Parties
Romanian electricity market
Wholesale electricity market – monthly traded volumes
Balancing market
Day ahead market
Forward market
Negotiated contracts
Regulated contracts
Balancing market
Day ahead market
Forward market
Negotiated contracts
Regulated contracts
Romanian electricity market
Retail market opening
Legal market opening
Real market opening
Legal market opening
Real market opening
Romanian electricity market
USD/MWh
20
40
60
30
50
Day ahead market – volumes and prices
Day ahead traded volumesDay ahead prices
70
Romanian electricity market
Day ahead market – comparing to other markets
Romanian electricity market
Future developments
Adjusting market
Intra-day markets
Both are in testing phase
Market coupling discussions with neighboring countries
Romanian Energy StrategyRomanian Energy Strategy
Romanian energy strategy 2007 – Romanian energy strategy 2007 – 20202020
Issued in November 2007 through GD 1069/2007
Consultation and agreement of all parliamentary parties
In line with EU Policy document in energy (January 2007)
Based on a Least Cost Development Study – Necessity of new nuclear units
Currently under revision
The national fossil fuel reserves
Romanian energy sources potentialRomanian energy sources potential
Geological reserves
Concessioned areas
New areas
Mil. ton1)
Mil. tep Mil. ton1)
Mil. tep Mil. tep Mil. ton 1) years years years
1 2 3 4 5 6 7 8 9 = 2 / 8 10 = 4 / 8 11 = 6 / 8
Coal
hard coal 755 422 105 38,8 3.3 229 32
lignite 1490 276 445 82,4 1045 133 32 47 14 33
Oil 74 72 5,2 14
Natural gas 185 159 12,5 15
Uranium2)
Forecasted depletionReserves
New areas
1) excluding natural gas expressed in mld. Mc2) data not public
Sou
rce
Geological reserves
Concessioned areas
Estimated annual
production
The national renewable energy sources potential
Romanian energy sources potentialRomanian energy sources potential
Source Annual potential To be used for:
Solar 60 PJ/an1,2 TWh
HeatElectricity
Wind 23 TWh Electricity
Hydro of which under 10 MW
36 TWh
3,6 TWh
Electricity
Biomass and biogas 318 PJ HeatElectricity
Geothermal 7 PJ HeatNOTE : these are theoretical potentials, real usable potentials are much lower due to technological, economical and environmental limitations or restrictions.
The environmental impact of using primary energy sources
and of energy conversion technologies, especially the CO2
emissions;
The finite world reserves of fossil fuels;
The increase dependency on imports of primary energy
sources;
The increase in energy demand.
Challenges facing the energy sectorChallenges facing the energy sector
Reducing CO2 emissions by:
promoting renewable energy sources
electricity targets of 33 % in total gross electricity consumption of 2010, 35 % in 2015 and 38 % in 2020
promoting nuclear energy
unit 2 Cernavoda of 600 MW commissioned in 2007
unit 3 and 4 to be completed by a consortium
New NPP to be build
Romanian energy strategy 2007 – 2020 Romanian energy strategy 2007 – 2020
Answers to challengesAnswers to challenges
Reducing energy dependency on imported fossil fuels by using a balanced energy mix and by:
promoting renewable energy sources;
promoting the use of indigenous coal, but using clean coal technologies, preferable with carbon capture and storage facilities;
promoting nuclear energy (Romania still have natural uranium resources).
Romanian energy strategy 2007 – 2020 Romanian energy strategy 2007 – 2020
Answers to challengesAnswers to challenges
Diversifying energy supply sources and routes by:
promoting the Nabucco Project on natural gas;
promoting the AGRI project;
promoting the PEOP Project on oil;
studying the feasibility of a LNG / LPG terminal in Constantza harbor;
increasing the interconnection capacity on natural gas with Hungary and Bulgaria;
increasing the interconnection capacity on electricity with Moldova, Serbia, Hungary and Turkey (submarine cable).
Romanian energy strategy 2007 – 2020 Romanian energy strategy 2007 – 2020
Answers to challengesAnswers to challenges
Increasing energy sources storage capacity by:
increasing the gas storage capacity from 2550 mil. CM in 2007 to 3935 mil. CM in 2012;
increasing the oil storage capacity to fulfill 67.5 days of consumption in 2011;
construction of a 1000 MW pump – storage hydropower plant (mainly for daily, short term security of supply).
Romanian energy strategy 2007 – 2020 Romanian energy strategy 2007 – 2020
Answers to challengesAnswers to challenges
Limiting energy consumption increase by energy efficiency measures:
energy audits are mandatory for big industrial consumers;
National Plan for Energy Efficiency was drafted in 2007;
National programme for building insulation;
Structural Funds to be used for energy efficiency projects.
On an estimated 6 % yearly GDP increase, we expected a 3 % yearly energy consumption increase.
Romanian energy strategy 2007 – 2020 Romanian energy strategy 2007 – 2020
Answers to challengesAnswers to challenges
Promoting renewable energy sourcesPromoting renewable energy sources
Targets – share of renewables
Directive 2001/77/EC (amended by 2006/108/EC) : 33 % of gross electricity consumption in 2010
Romanian energy strategy 2007 – 2020:
33 % of gross electricity consumption in 2010
35 % of gross electricity consumption in 2015
38 % of gross electricity consumption in 2020
Directive 2009/28/EC
24 % of gross energy consumption in 2020 (+6.2 % from 2005)
Promoting renewable energy sources
The national renewable energy sources potential
Source Annual potential To be used for:
Solar 60 PJ/an1,2 TWh
HeatElectricity
Wind 23 TWh Electricity
Hydro of which under 10 MW
36 TWh
3,6 TWh
Electricity
Biomass and biogas 318 PJ HeatElectricity
Geothermal 7 PJ HeatNOTE : these are theoretical potentials, real usable potentials are much lower due to technological, economical and environmental limitations or restrictions.
Promoting renewable energy sources
Distribution of the renewable energy sources potential
I. Donau Delta (solar);II. Dobrogea (solar and wind);III. Moldova (microhydro, wind and biomass);IV. Carpaţi Moutain (IV1 – Carpaţii de Est; IV2 – Carpaţii de Sud; IV3 – Carpaţii de Vest ( biomass, microhydro);V. Transilvania (microhydro);VI. Câmpia de Vest (geothermal);VII. Subcarpaţii(VII1 – Subcarpaţii Getici; VII2 – Subcarpaţii de Curbură; VII3 – Subcarpaţii Moldovei: biomass, microhydro);VIII. Câmpia de Sud (biomass, geothermal and solar).
Promoting renewable energy sources
Opertional:
hydro – 6440 MW
wind – 14.9 MW
biomass/biogas – 8.1 MW
solar – 0.0088 MW
Under construction:
hydro / 131 MW
wind – 1000 MW
biomass/biogas – 27 MW
National use of renewables
Promoting renewable energy sources
Green certificate market
Promotion of renewable energy sources - Green certificates market
Gre
en c
erti
fica
te m
arke
tE
lect
rici
ty m
arke
t
Electricity
Coal
Electricity micro hidro
Green certificates micro hidro
Electricity
Nuclear
Producer on hydro
Producer using fossil fuels
Producer with nuclear units
Competition
Competition
SupplierProducers
Label
Promoting renewable energy sources
Promotion of renewable energy sources - Green certificates market
mandatory quotas for suppliers (year / %):
minimum and maximum price levels established by the regulator: minimum value 27 Euro / MWh maximum value 55 Euro / MWh
2008 5.262009 6.282010 8.302011 10.002012 12.002013 14.002014 15.00
2015 16.002016 17.002017 18.002018 19.002019 19.502020 20.00
Green certificate market
Promoting renewable energy sources
Promotion of renewable energy sources - Green certificates market
Number of certificates per MWh:
hydro under 10 MW: 3 certificates (2 for old but refurbished hydro units);
wind: 2 certificates till 2017, one starting with 2018;
biomass / biogas: 3 certificates + 1 for efficient cogeneration;
solar: 6 certificates.
Green certificates are issued for:
15 years for new units;
7 years for second hand units if used in isolated systems;
10 years for refurbished hydro units;
3 years for old, un-refurbished hydro units.
Green certificate market
Promoting renewable energy sources
Promotion of renewable energy sources - Green certificates market
Investments must be done before 2016 !
Penalties for non compliance of suppliers: 110 Euro per non acquired certificate
Revenues from penalties to be used by Environmental Fund
ANRE can adjust quotas if it is a high imbalance on the green certificate market
Green certificate market
Promoting renewable energy sources
Organized by Energy Market Operator - OPCOM
Green certificate market
Promoting renewable energy sources
Nuclear electricity productionNuclear electricity production
Nuclear sector
Cernavoda NPP with:
two CANDU 6 units operational
two CANDU 6 units under construction
A joint-venture, Energonuclear, to build units 3 and 4 in Cernavoda NPP:
SN Nuclearelectrica 51%
RWE Power România SA 9.15%
Enel Investment 9.15%
GDF SUEZ 9.15%
CEZ 9.15%
ArcelorMittal 6.2%
Iberdrola 6,2%
Nuclear sector
New NPP to be build
Pre locational study done – 103 possible locations
To be established:
consortium of investors or other financing mode
technology to be used
ConclusionsConclusions
Romania has an advanced energy market and an attractive environment for investments in energy sector – in line with EU legislation;
Romania has natural energy resources, including unused renewable potential in wind, hydro, solar, biomass and geothermal;
Romanian energy strategy basic answers to the new challenges are:
Promotion of renewable energy sources;
Promotion of nuclear energy;
Promotion of indigenous coal with clean technologies;
Diversifying the sources and routes of primary energy sources supply;
Increase interconnection capacity (electricity, gas) and storage capacity (gas, oil);
increase energy efficiency.
ConclusionsConclusions