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Large scale integration of micro-generation to low voltage grids (MICROGRIDS)

Objective

Objectives:
The interconnection of small, modular generation sources to low voltage distribution systems can form a new type of power system, the MicroGrid. MicroGrids can be connected to the main power network or be operated autonomously, if they are isolated from the power grid, in a similar manner to the power systems of physical islands.
The objectives of the proposal are:
- To increase the penetration of RES and other micro-sources in order to contribute for the reduction of GHG emissions.
- To study the main issues regarding the operation of MicroGrids in parallel with the mains and in islanding conditions that may follow faults;
- To define, develop and demonstrate control strategies that will ensure the most efficient, reliable and economic operation and management of MicroGrids;
- To define appropriate protection and grounding policies that will assure safety of operation and capability of fault detection, isolation and islanded operation;
- To identify the needs and develop the telecommunication infrastructures and communication protocols required
- To determine the economic benefits of the MicroGrid operation and to propose systematic methods and tools to quantify benefits and to propose appropriate regulatory measures.
Description of the work:
The work is organized in 9 Work packages comprising:
- Study of the design and operation of MicroGrids so that increased penetration of renewable energies and other Micro Sources including, fuel-cells, micro-turbines and CHP will be achieved and CO2 emissions reduced;
- Development and demonstration of control strategies that will ensure the operation and management of MicroGrids is able to meet the customer requirements and technical constraints (regarding voltage and frequency) and is delivering power in the most efficient, reliable and economic way;
- Determination of the economic and environmental benefits of the MicroGrid operation and proposal of systematic methods and tools to quantify these benefits and to propose appropriate regulatory measures;
- Definition of appropriate protection and grounding policies that will assure safety of operation and capability of fault detection, isolation and islanded operation;
- Identification of the needs and development of telecommunication infrastructures and communication protocols required to operate such systems, including the possibility of exploiting power wires as physical links for communication purposes;
- Simulation and demonstration of MicroGrid operation on laboratory models;
- Potential of MicroGrid development on actual Distribution feeders operating in Greece, Portugal and overseas France quantifying via simulation the environmental, reliability and economic benefits from their operation.
Milestones and expected results:
The project will investigate, develop and demonstrate the operation, control, protection, safety and telecommunication infrastructure of MicroGrids and will determine and quantify their economic benefits. Operation and Control concepts in both stand-alone and interconnected mode on Laboratory MicroGrids will be demonstrated. The effect of MicroGrids formation on the increase of RES and other micro sources share (target 15%), on the reduction of annual losses (target 10%), on the increase of reliability levels (target 30%) and on the reduction of energy cost for the end-user (target 10%) will be investigated by simulation on actual distribution systems provided by the participating Utilities.

Funding Scheme

CSC - Cost-sharing contracts

Coordinator

Institute of Communication and Computer Systems
Address
Patission Street 42
10682 Athens
Greece

Participants (11)

ASSOCIATION POUR LA RECHERCHE ET LE DEVELOPPEMENT DES METHODES ET PROCESSUS INDUSTRIELS
France
Address
Rue Claude Daunesse "Les Lucioles"
06904 Sophia Antipolis
EDP DISTRIBUCAO - ENERGIA S.A.
Portugal
Address
Rua Camilo Castelo Branco 43
1050-044 Lisboa
ELECTRICITE DE FRANCE SERVICE NATIONAL*
France
Address
Avenue Du Général De Gaulle 1
92141 Clamart
EPRI WORLDWIDE
Belgium
Address
Avenue Louise, 326 Bte7
1050 Bruxelles
GERMANOS SA
Greece
Address
Neo Olvio
672 00 Xhanti
INESC PORTO - INSTITUTO DE ENGENHARIA DE SISTEMAS E COMPUTADORES DO PORTO
Portugal
Address
Praca Da Republica 93
4050 Porto
INSTITUT FUER SOLARE ENERGIEVERSORGUNGSTECHNIK E.V.
Germany
Address
Koenigstor 59
34119 Kassel
LABORATORIO DE ENSAYOS E INVESTIGACIONES INDUSTRIALES - FUNDACION LABEIN
Spain
Address
Vega De Tapia S/n
48903 Vizcaya - Baracaldo
SMA TECNOLOGIE AG
Germany
Address
Hannoversche Strasse 1-5
34266 Niestetal
UNIVERSITY OF MANCHESTER INSTITUTE OF SCIENCE AND TECHNOLOGY
United Kingdom
Address
Sackville Street
M60 1QD Manchester
URENCO POWER TECHNOLOGIES LTD
United Kingdom
Address
Capenhurst Works, Capenhurst Lane, Capenhurst
CH1 6ER Chester