Smart grid projects demonstrators in France. Magali SCHWEITZER Project manager Investments for the future ADEME-NEDO workshop October 13th, 2015

Transcription

1 Smart grid projects demonstrators in France Magali SCHWEITZER Project manager Investments for the future ADEME-NEDO workshop October 13th, 2015

2 Agenda 1. «Investments for the future» innovation funding tool and smart grids 2. Overview of the smart grids funded projects 2

3 ADEME : tools for financing innovation at different stages R&D phase : ADEME thesis, calls for R&D projects, contribution to European calls Investments for the future program Demonstrators and industrial development A ten-years program Budget of 3.3 bn operated by ADEME Two ways of funding : State aid according to the European framework (subsidies and refundable grants) and capital investment R & D Demonstrators Industrial development Business development - Thesis - Calls for R&D projects - European calls for projects Investments for the future Program 3

4 Investments for the future program : areas of intervention Demonstrators for energy and ecological transition Geothermal energy Marine energy Solar energy Wind energy Bioresources Buildings Carbon capture and storage Green chemistry Industries and agriculture Energy storage Hydrogen vector Smart grid Waste and industrial ecology Polluted sites remediation Water and biodiversity Transport for the future Electric vehicle and reloading infrastructure Hybrid and thermal power train Vehicle lightening Heavy trucks and buses Mobility and logistic Boats of the future Rail transportation 4

5 Smart grids : main issues identified Targets 1. Ease distributed renewable energy integration 2. Support demand side management activities to balance supply & demand with limited environmental impacts 3. Adapt the grid to changes (deployment of smart meters, ICT, electric vehicles ) 4. Experiment new business models that contribute to structure the smart grid sector Aspects Technological Organisational / regulatory Socio-economic 5 5

6 Smart grids : a continuous support framework since national calls launched since on-going call dedicated for small companies Contribution to the European call ERA-Net Smart Grids Plus One on-going call until March Opened until February Evaluation phase under process In coherence with the other French actions for smart grids : Linky deployment, actions plan for setting up and developing smart grids France is the European country cumulating the most important R&D and demonstrator investment in smart grids in 2014 Source : JRC 6

7 Smart Grids : funded projects overview Smart ZAE 7 calls 6 national calls (2 calls ongoing) 1 European call (Era-Net) 17 projects > 300 M budget 91 M funding > 80 different partners funded BienVEnu 2 capital investment in SME 7 7

8 Demonstrators projects location in France Non régionalisés Postes Intelligents ENRPOOL MODELEC BIENVENU VENTEEA TBH ALLIANCE POST SOLENN SG VENDEE IPERD GREENLYS SMART ELECTRIC LYON SOGRID SMART ZAE REFLEXE NICEGRID MILLENER 8

9 Actors from all the value chain implied in projects Production Agregators TSO DSO Elcrtricty suppliers Consumers associations Electricity production, transportatio n et distribution Storage Production Storage Communication IT Grid equipments Equipements Services Equipments and services suppliers Projet SEL non financés 9

10 Issues covered by the funded projects Renewable energy integration Grid components Demand side management Renewable energy integration : PV and wind energy Postes intelligents SOGRID 6 projects with storage solutions POST TBH ALLIANCE MODELEC 9 projects focusing on flexbility management REFLEXE Smart Electric Lyon REFLEXE ENRPOOL ENRPOOL At differents scales IPERD SOLENN Economic models under definition VENTEEA SMART ZAE 4 PROJECTS TO BE PRESENTED MILLENER NICEGRID GREENLYS SG VENDEE Electrical vehicle integration BIENVENU 10

11 Storage and renewable energy integration (1/2) MILLENER Develop DSM and storage adapted to island territories with high RES share EDF SEI, BPL GLOBAL, SAFT, EDELIA, DELTA DORE, SUNZIL, SCHNEIDER ELECTRIC, TENESOL Duration: 3 years 1/2 Budget : 30,5 M PIA support : 5,88 M Localisation: La Réunion, Guadeloupe, Corse ERDF, EDF, ALSTOM GRID, RTE, WATTECO, ARMINES, DAIKIN, NETSEENERGY, SAFT Duration : 4 years Budget: 30 M PIA support : 3,5 M Localisation: Carros NICEGRID Testing different levels of distribution grid management of an area integrating PV production systems, with flexibility and storage IPERD Experiment energy management solutions that ease the integration of RES (PV) into the distribution grid and help to reduce consumption peaks SECHE ENVIRONNEMENT, CEA, SRD SMART GRID VENDEE Testing new ways to develop the value of production/load flexibility at a regional level (local flexibility plateform) SYDEV, ERDF, RTE, ACTILITY, ALSTOM, COFELY INEO, LEGRAND, CNAM Duration: 3 years Budget: 1,5 M PIA support : 0,7 M Duration : 5 years Budget : 28 M PIA support : 9,5 M Localisation: Vendée 11

12 Storage and renewable energy integration (2/2) INEO SCLE SFE, CIRTEM, LEVISYS, LAPLACE Duration: 3 years Budget: 4,3 M PIA support : 2,4 M Localisation: Toulouse SMART ZAE Manage and reduce the energy consumption of a business park particularly by storing energy generated on site VENTEEA Improve grid efficiency and facilitate wind integration by reducing connection cost ERDF, SAFT, SCHNEIDER ELECTRIC, EDF R&D, RTE, UTT, L2EP, ENET GREEN POWER FRANCE, MADE, GENERAL ELECTRIC FRANCE Duration : 3 years Budget : 20,5 M PIA support : 7,4 M BIENVENU BienVEnu Electric vehicle integration Optimised management of electric vehicles charge in condo residential buildings ERDF, G2, MOP EASY, SUPELEC, NEXANS, TRIALOG, TETRAGORA, PARK N PLUG Duration : 3 years Budget : 10 M PIA support: 4 M Location : Paris region 12

13 Demand side management MODELEC Optimising the management of residential uses of electricity SOLENN Evaluating the most efficient levels to enhance efficiency of information about consumption data, and provinding energy tracking tools for local authorithies Direct Energie, IJENKO, UNIVERSITE PARIS DESCARTES LA SORBONNE (CEAQ), GASCOGNES ENERGIES SERVICES Duration: 3 years Budget : 2,4 M PIA support : : 1,1 M ERDF, NIJI, ALOEN, UFC, CSF, VITY, LORIENT AGGLOMERATION, UBS, PEB, RTE, DELTA DORE, REGION BRETAGNE Duration : 3 years Budget : 13 M PIA support : 5,3 M Location : Lorient Agglomération TBH ALLIANCE Assessing the energy savings enabled by different types of in home displays and coaching for electrical consumption data ECO CO2, FLUDIA, IPSOS, LOGICA BUSINESS CONSULTING, CHART LUTIN, VITY TECHNOLOGY Duration: 2 years Budget: 3,8 M PIA support : 1,9 M 13

14 Other grid components POSTES INTELLIGENTS Digitisation of command and control systems for electrical substations & integration of advanced functions RTE, ALSTOM GRID, ALCATEL-LUCENT, ERDF, NEELOGY, SCHNEIDER ELECTRIC Duration : 4 years Budget: 32 M PIA support : 9,7 M POST Develop a plateform modelling the grid (transprt infrastructures and production) in order to optimise investments ARTELYS, INRIA Duration: 4 years Budget: 4,5 M PIA support : : 3,2 M SOGRID Test a CPLG3 communication infrastructure between smart meters and the source substation ST MICROELECTRONICS, ERDF, SAGEMCOM, TRIALOG, LABORATOIRE D ANALYSE NUMERIQUE, GRENOBLE INP, ECOLE POLYTECHNIQUE, LANDIS+GYR, CAPGEMINI, NEXANS Duration: 4 years Budget: 26,2 M PIA support : 12,3 M 14

15 GreenLys Focus on Schneider and ERDF innovations ADEME / NEDO / Paris October

16 Cercle 2 Cercle 1 GreenLys, A complete urban demonstrator Offering the 1st global Smart Grid vision From 2012 to M Investment 12 partners, coordinated by ERDF TSO DSO Producteur Fournisseur Labs Industrials ITs Associations 2

17 A global Vision From Consumer to producer including distribution and supply Focus on DSO innovation built with Schneider Markets TSO Aggregators DSO Energy Suppliers Smart Cities Services Link to Consumers, Generation Smart Meter Linky Neutral Market enabler Services (Clients & Municipalities) DMS Data Analysis Patrimoine Data collection Networks datas Distribution Network

18 GreenLys A global Vision From Consumer to producer including distribution and supply Markets TSO Aggregators DSO Energy Supplier Smart Cities Services Link to Consumers, Generation Smart Meter Linky Neutral Market enabler Services (Clients & Municipalities) DMS Data Analysis Patrimoine Data collection Networks datas Distribution Network

19 Data Collection, the «New French LV network» Smart Meters Linky of ERDF 100 Schneider RTUs MV/LV feeders The first step = data collection

20 LV vision / One MV/LV feeder load curve Implementation Industrial IT infrastructure Built with Schneider (ie. normalization, standardization)

21 New models for DSOs: a new way of designing networks New technologies and data mining Electricy Markets TSO Aggregators DSO Energy Supplier Smart Cities Services Link to Consumers, Generation Smart Meter Linky Neutral Market enabler Services (Clients & Municipalities) DMS Data Analysis Patrimoine Data collection Networks datas Distribution Network

22 Ex-ante impact of activation of flexibilities on networks New models with flexibility activation Smart Meter Data Collection A new way for the exploitation of networks (LV / phasis / impact of heating systems) Cartographie An example in des Lyon Colors for usages constraints due thermosensibles to activation of et flexibilities gisements (curtailment) de flexibilité Measures on networks thanks to RTUs

23 A new gateway implemented by Schneider Identification of flexibilities location, linked with DMS

24 An industrial LV vision / DMS Markets TSO Aggregators DSO Energy Supplier Smart Cities Services Link to Consumers, Generation Smart Meter Linky Neutral Market enabler Services (Clients & Municipalities) DMS Data Analysis Patrimoine Data collection Networks datas Distribution Network

25 Supervision & integration of MV and LV levels LV Default location Mapping

26 DMS LV automation Use case Smart Grid et Architecture de la régulation de LV Voltage Management tension testée en 2015 MV Networks To facilitate DER Integration MV/LV OLTC +RTU PLC Backbone IPv6 MV/LV feeder LV network LV sensors ERDF Real Time Control Center

27 New Services to Clients Markets TSO Aggregators DSO Energy Supplier Smart Cities Services Link to Consumers, Generation Smart Meter Linky Neutral Market enabler Services (Clients & Municipalities) DMS Data Analysis Patrimoine Data collection Networks datas Distribution Network

28 Wiser Solution Clients Dashboards Wiser S-Meter Consumption (heating, cooling, EV ) Energy Management Applications Benchmarks on different periods Advises ON/OFF solutions T C solutions Possible link with Linky signals (future) 90% 14

29 Thank you 15

30 REFLEXE Consum actor- Smart Electricity Management Smart Grid Electricity Management REFLEXE - March 3rd

31 REFLEXE Context PRINCIPLE / OBJECTIVE: 2009: Ademe- Environment and Energy Management Agency programm investments of future (first project) French funded collaborative project City of Nice opportunity to: Test an Electrical Aggregator model, Manage and optimize in real-time sites, that can produce or consume electricity, To be ready in 2016 for Capacity Market Smart Grid Electricity Management REFLEXE - March 3rd

32 REFLEXE Objectives Project objectives: Make the consumer, actor on the electricity market Validation of the potential of demand response measure (in MW not MWh) /system on commercial buildings and partly on industrial sites Find regulations and economic business model Partnership : Sponsors: Partnership : Step 1 Assessment and analysis _ Step 2 : Demonstrator implementation Step 3:Conclusion Smart Grid Electricity Management REFLEXE - March 3rd

33 REFLEXE Variety of sites and usages Hostels : Fairmont & MC Bay Offices : C2R, RSI, ETSI, Toyota School : Edhec Industries : Waster water plant Water network Waste sorting unit Chemistry Public buildings : Airport Museums Day care centres 14 commercial buildings: > m2 6 industrial sites Smart Grid Electricity Management REFLEXE - March 3rd 2015 Decentralised production: PV, Water turbines, Biogas motors Storages : Water damp, thermal storage, high temperature batteries Peak power need: 19 MW Target Demand Response : 1-6 MW 4 4

34 REFLEXE Case studies FAIRMONT Hotel WWTP TransDraguignan Smart City PV impact Conso-PV Conso Une journée de février 30 Puissance (MW) Increase of flexibility from 30% to 100% of heat pump system Implement flexibility on one process Heure With integration of PV on local territory Saving 10%-20% power capacity in infrastructure Smart Grid Electricity Management REFLEXE - March 3rd

35 REFLEXE Results BUSINESS MODEL : Knowledge on collective benefit (environmental and economic) Price market analysis AUDIT : Audit method on commercial buildings and water distribution OPERATIONAL : Return on experience of flexibility operation Social acceptability studies AGGREGATION: Aggregation specification Segment or territorial extrapolation method Capacity market : limited and regulation constraints Accessible potential : 20 to 30 % of instant Power Know-how for acceptability (service) # Smart box (industrial products) Tools and partnership for deployment Smart Grid Electricity Management REFLEXE - March 3rd

36 Smart Electric Lyon Lyon 06/10/15

37 Agenda General overview of Smart Electric Lyon project Tariff structures & demand response behaviour Interoperability - ERL Tertiary solutions & curtailment Conclusion 03/09/2014 Smart Electric Lyon - Panasonic 2

38 A huge experimentation involving B2C, B2B and B2B2C experimentations on the Grand Lyon territory households in the «My Electricity Usage» pilot program 220 households in pilot programs about active demand management, 10 different solutions 35 tertiary buildings + 1 smart public lighting area 825 followers 4300 visitors in the Showroom Regional stakeholders National stakeholders 6 academic partners 80 researchers, ergonomists, sociologists, economists, statisticians 1 customer relationship platform 15 industrial partners

39 A strategical choice : focus on customer benefits... Electric system Manage, ensure safety Poste d interconne xion 400 kv Smart meter Metering, data management Home/building area Energy efficiency Poste de répartition 400/225 kv Poche 225 kv lignes HTB Poste RTE Poste Client HTB Transformateur 225/20 kv Poste source RTE/ ERDF 225/63 kv Transformateur 63/20 kv HTA 20 kv Poste Client HTB Transformateur 225/20 kv. Postes Distribution Publique 230/400V Clients Basse tension (Tarif bleu et Tarif jaune) New solutions Information Smart Tariff Smart devices 03/09/2014 Smart Electric Lyon - Panasonic 4

40 Smart Electric Lyon main issues Designed for and with main industrial actors, the project has the ambition to place European electric industry as a leader on this new market Promote and empower load curve flexibility Smart Electric Lyon main issues Experiment efficient and scalable deployment model, based on building Support the next Smart Consumers education s pedagogy

41 Smart Electric Lyon project Experimentations targets Experimentations will mainly target home and service building in which electrical equipment will be installed : Tariff signals Meter 1. Including meter, information device and appliances 2. To test the whole chain : Tariff signals Meter Energy management tool Customer information Electrical Appliances (heat and cooling system, production and storage, house hold appliance,...) 03/09/2014 Smart Electric Lyon - Panasonic 6

42 Agenda General overview of Smart Electric Lyon project Tariff structures & demand response behaviour Interoperability - ERL Tertiary solutions & curtailement Conclusion 03/09/2014 Smart Electric Lyon - Panasonic 7

43 Residential Experimentations Equipments and services SAVINGS Ex : Link y Incentive price signals sent by Linky Mobile short peak signal 2. COMFORT Heating and energy monitoring solutions that will automatically adapt peak demands (ex -2 C) Convector Heat Pump Energy monitor Partner Gateway Linky Smart Meter 3. MONITORING Link Incentive price signals sent by Linky y that will allow customers to interact and to understand what they consume

44 General overview of Smart Electric Lyon project Examples of experimented tariff structures «Mobile Calendar» Plan A «Bleu résidentiel Heures creuses» tariff, with a mobile short peak add Typical day Weekend Typical day Week without mobile peak Typical day Week with mobile peak Mobile short peak 22 days per year «Fixed Calendar» Plan A «Bleu résidentiel Heures creuses» tariff, with a fixed short peak add Typical day Weekend Typical day Week from march to November Typical day Week from december to february Fixed short peak from december to february included

45 What is the client s behaviour facing dynamic tariffs and curtailment? Review Winter Figures Load curve 65households 2kWh/household/day of curtailment on heating Behaviour opeople eager to start in order to diminish their bills and control their consumption oinformation is essential, however automation brings a higher level of flexibility otariffication incentive and its information involved the client (Some clients that receive the tariffication information but not the automated signal, did it manually) o Revenue is an important variable in the attitude of the clients towards curtailment 10

46 Agenda General overview of Smart Electric Lyon project Tariff structures & compartmental behaviour Interoperability- ERL Tertiary solutions & curtailment Conclusion 03/09/2014 Smart Electric Lyon - Panasonic 11

47 Developing Smart grid ready systems Development of the ERL (Linky Radio Transmitter) L Emetteur Radio Linky / The Linky Radio Transmitter Project LR LR Fil pilote LR LR Household appliances Heat emitter, and Energy / Display management system ECS Thermodynamic 03/09/2014 Smart Electric Lyon - Panasonic 12

48 Agenda General overview of Smart Electric Lyon project Tariff structures & demand response behaviour Interoperability- ERL Tertiary solutions & curtailement Conclusion 03/09/2014 Smart Electric Lyon - Panasonic 13

49 Exemples of erasing demand on one site 03/09/2014 Smart Electric Lyon - Panasonic 14

50 Tertiary Building heterogeneous type of sites EP 18h-20h, 0.4 kw effacés 196 Thiers 9h-11h, 150 kw effacés Xxx 28 kw effacés xxx 7 kw effacés 10/12/2014 xxxx 18h-20h 70 kw effacés xxx 11h-13h 8 kw effacés xxxx 11h-13h 20 kw effacés 15 GS xxx 11h-13h 65 kw effacés

51 Exemple on our building EDF 196 avenue Thiers, Lyon Curtailment of Heat Pumps Perf 100 kw Erasing demand: curtailment of Heat Pumps and Air handling unit (HVAC) Curtailment of Heat Pumps with a direct impact on air handling unit The whole technical chain is tested ( peak signals, automatism, and device on site) An important saving potential of power supply : up 100 kw on this test, 30% Pap avt eff No impact on the temperature of the building A decrease of 0,7 C measured in the worst case A third campaign of curtailment will be launched for winter 2015/2016

52 Agenda General overview of Smart Electric Lyon project Tariff structures & demand response behaviour Interoperability - ERL Tertiary solutions & curtailement Conclusion 03/09/2014 Smart Electric Lyon - Panasonic 17

53 General overview of Smart Electric Lyon project Business model and value added for customers Load curve flexibility Energy efficiency Other fields Home services,

54 Conclusion Leading the Smart Grid compliancy 03/09/2014 Smart Electric Lyon - Panasonic 19

55 Smart Electric Lyon Office... Open plan workspace : project steering and collaborative work Show Room: project discovery and events around Smart Electric Lyon Laboratory: developing and experimenting new partner solutions Discover the project Understand the electrical system Participant testimonials More information: Twitter : Website : Contact: Gilles Cerardi Communication gilles.cerardi@edf.fr Smart Electric Grand Lyon, France - smart-electric-lyon.fr 03/09/2014 Smart Electric Lyon - Panasonic 20

56 ENR-POOL PROJECT How to integrate better renewable energies into the electric system? France-Japan Smart Community Forum ADEME NEDO seminar on smart grids & Lyon smart community project Guillaume FERNET ギオーム フェルネ Director Energy Pool Japan KK Energy Pool Développement SAS

57 Renewable Energy Integration Context EU objectives 2020 Objectives 2012 RES installed capacity RES production Variability Forecast difficulty Key problem RES integration Choices Do nothing System stability Participate in the integration of RES Electric system has to be adapted to RES Energy Pool Développement SAS 2

58 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Balance RES intra-day variability P t Energy Pool Développement SAS 3

59 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Balance RES intra-day variability P Long-term flexibility Capacity Balance RES predictable variability P t t Energy Pool Développement SAS 4

60 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Balance RES intra-day variability P Long-term flexibility Capacity Balance RES predictable variability P t t Short-term flexibility Balance RES production hazard P Safety t Energy Pool Développement SAS 5

61 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Compensate Follow-up of RES the intra-day variations variability RES Pw P Long-term flexibility Capacity Balance RES predictable variability P Site Pw t t t t Short-term flexibility Balance RES production hazard P Safety t Energy Pool Développement SAS 6

62 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Compensate Follow-up of RES the intra-day variations variability RES Pw P Long-term flexibility Capacity Compensate Consumption RES predictable curtailment variability P Consumption stimulation Site Pw t t t EnR Pool - Stimulation exemple t Short-term flexibility Balance RES production hazard P Safety t Energy Pool Développement SAS 7

63 EnR-Pool Project What are the biggest issues we need to address? Production adjustment Balancing Compensate Follow-up of RES the intra-day variations variability RES Pw P Long-term flexibility Capacity Compensate Consumption RES predictable curtailment variability P Consumption stimulation Site Pw t t t EnR Pool - Stimulation exemple t Short-term flexibility Compensate Short response RES production time answer hazard P Activation signal Safety t Energy Pool Développement SAS 8

64 EnR-Pool Project Objectives Objective : assess how industrial consumers can participate actively to the integration of renewable energies (RES) into the electric grid by adapting their electricity consumption : - Define a portfolio of wind & solar renewable energy generation assets and of industrial flexible capacities for electricity consumption reduction & stimulation, - Perform Demand Response operations to participate to the grid balancing in real time while taking into account renewable energies generation variations, - Propose DR programs and relevant business model to Energy French authorities. Adjustment of industrial flexible capacities to reduce or stimulate electricity consumption based on a RES signal Real time assessment of consumption/generation balancing, aggregation and activation of DR capacities Real time assessment of RES capacities and prediction of RES generation based on accurate weather forecast Energy Pool Développement SAS 9

65 Level of consumption EnR-Pool Project Stakeholders Project partners Renewable & Industrial resources MW Wind 100 MW C&I end users 12 MW Solar PV Distribution of modulation capacity in EnR-Pool 30 MW Steel industry Balancing Industrial resources Chemistry Cement Short-term variability 0,5 MW Food Concrete oven Plastics Cold storage Tertiary Few activations /month Activation frequency Several activations /day Energy Pool Développement SAS 10

66 Energy Pool solution: EnR-Pool Project EnR-Pool demonstrator forecast error indicator Forecast error indicator EnR-Pool forecast error indicator calculates a sliding 72-hours forecast of possible problem periods caused by vres assets End user finder Activation Checking Wind generation forecast PV generation forecast EnR-Pool level Energy Pool Développement SAS Demand forecast Wind generation forecast National level Spot price National level 11

67 Confidential Energy Pool solution: EnR-Pool Project EnR-Pool demonstrator End user finder Forecast error indicator NEED Each end user has its own technical characteristics LIST OF FLEXIBILITIES End user finder 10 MWh Modulation block Activation Checking OPTIMIZED CHOICE Industry Optimized choice of flexibility to address system need Energy Pool Développement SAS 12

68 Energy Pool solution: EnR-Pool Project EnR-Pool demonstrator Activation Forecast error indicator Pre Notification of Activation - Hours of activation - Assets to activate End user finder Activation Order Secured Internet Activation Industry Checking A specific activation protocol is used with each end user Energy Pool Développement SAS 13

69 Energy Pool solution: EnR-Pool Project EnR-Pool demonstrator Checking Forecast error indicator After each activation, we check the differences between what we asked for and what we got P End user finder 10 MWh Activation Time Checking Feed back of each operation with end users Technical and operational improvements if needed Energy Pool Développement SAS 14

70 Conclusion Recommendations The electric system would take great benefits if industrial consumers knew better how to use their flexibilities to address RES production issues. Aggregation enhances electric system performance and cost-effectiveness by coupling industrial flexibilities and RES production. Aggregation entities should be geo-located as RES production is decentralized. Industrial Flexibilities RES production Energy Pool Développement SAS 15

71 Contacts Guillaume FERNET Lucie PEGUET Headquarters and Operations Savoie Technolac 20 rue du Lac Majeur Bat C Parc Ouragan Le Bourget du Lac Cedex Tel. +33 (0) Fax. +33 (0) Location Japan office and Operations Center Oase Shibaura MJ bldg., Shibaura, Minato-ku Tokyo Tel (0) Location Energy Pool Développement SAS 16