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NICE GRID

Faced with new ways of producing and consuming renewable energy and the need to meet ambitious environmental commitments, the electrical power distribution system must be adapted.
In Carros (French Riviera), NICE GRID worked to develop cutting-edge power grids that are more connected and more responsive thanks to high photovoltaic power generation, storage units and smart equipment.
The pilot project is centered on the consumer, who becomes a “pro-sumer” (producer-consumer) by generating and storing electricity., Nice Grid draws on innovative technology, next-generation Linky smart meters and existing electrical infrastructures to test the entire smart grid concept.

NICE GRID is a leading French demonstrator who cleared and prepared the grid tomorrow, smarter and more responsive by incorporating a strong photovoltaic generation, storage units and communicating devices.

Enedis, the main French DSO, coordinated this project in the city of Carros, with nine partners EDF, GE Grid Solutions, SAFT, RTE, ARMINES, SOCOMEC, NKE, NETSEENERGY and DAIKIN. NICE GRID is the French demonstrator of the European project GRID4EU.

Like the Alpes-Maritimes department, the city of Carros, on the territory of the Metropolis Nice Côte d'Azur has significant renewable capacity, including solar PV energy (2.5 MWp). Another characteristic of this city of 11,500 inhabitants: it includes several types of district (residential, industrial, commercial), a selection criterion for the experiments of the NICE GRID project. Carros also includes the largest industrial area of the department, with 550 companies on 188 ha.

The project started in 2011 and is ending in 2016. Late 2013, the installation phase for equipments started. During  three years (2013-21016), more than 10 experiments (photovoltaic integration, peak demand reduction and islanding) have been conducted.

In total 30 million euros have been invested in NICE GRID, € 19 million by the consortium members, and € 11 million from National and European public support. Certified and funded by the French program “Investissements d’Avenir” amounting to € 4 million with the support of ADEME, the demonstrator also received support from the European Commission through the project Grid4EU (€ 7 million).

Participating consumers were very committed and diversified, 300 household, 12 business clients, and the town of Carros. They are the true trademark of the demonstrator NICE GRID.

The four use cases of the project were:

• Optimize the operation of an electricity distribution network by integrating a high generation from photovoltaic panels, and using electricity storage in batteries at strategic points in the network and at customer premises

• Reduce peak electricity demand at the city level by combining clients and storage contribution

• Study and test the operation of an autonomous consumer area, for a limited duration of time, isolated from the main network and with its own means of photovoltaic generation and storage: it is islanding.

• Give the consumer an active role through the steering of its balance production-consumption-storage (“prosumer”)

Total

1140 Points

Submitted By

Submitted On

16 Sep 2016

Comments

Comments

Rodolphe DE BEAUFORT's picture


Visonary project, paving the road for traffic light management and new TSO DSO cooperation and market design.

Paul Dufournet's picture

Nice Grid did manage to combine storage solutions, demand response and PV massive integration on the low and medium voltage grid. Thanks to the smart solutions implemented on the grid such as the Linky smart meter, now deployed in France. It also experienced an awesome innovation: the islanding. They were able to disconnect a sector from the main grid and to make it work thanks to storage batteries and PV production for several hours. As a matter of facts, this experimentation really helped to design the grid of tomorrow, smart and clean !

Matthias Muscholl's picture

The Nice Grid project has demonstrated end-to-end how distributed energy resources will provide services to distribution and transmission grids, while being integrated in the electricity market meachnisms. Impressive outcome showing that comprehensive solutions for the energy change are available today.

Mélanie MAINGRE's picture

Good luck for Awards, it's a NICE project :-D

Jean-Luc Huvey's picture

The tomorrow electrical grid live today in Nice grid

Jean-Christophe Augey's picture

+1 for Nice Grid.

Brigitte Piquet's picture

Control devices to manage demand and storage solutions in real time. A good and so useful project. Good luck !