The Moroccan Method to Sustainability

Transcription

1 The Moroccan Method to Sustainability COP22 GREEN ZONE -MARRAKESH- 10 NOVEMBRE 2016

2 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

3 THE NATIONAL CONTEXT: GROWING NEED FOR ENERGY Morocco s Challenges in the energy sector: - Launch of new projects, particularly in terms of achieving the means of production including renewable energy and the further development of the transmission and distribution network, - Need to accelerate the pace of reforms and support measures to enable public and private operators to ensure relevance electric supply and demand, Primary energy demand (Ktep) Electricy Demand (GWH)

4 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

5 NATIONAL ENERGY STRATEGY Focusing on RE & EE Five Strategic orientations Four Fondamental objectives Diversified and optimized energy mix around reliable and competitive technology choices Domestic resource mobilization by the rise of renewable energies Widespread access to energy at competitive prices Security of supply and availability of energy Energy efficiency a national priority Strengthening regional integration Sustainable Development Environmental preservation Mastery of the energy demand 5

6 THE PROGRESS IN THE RE PROJECTS SHOWS THAT THE 42% GOAL WILL BE MET BY 2020 Installed Capacity 2009 : MW Installed Capacity 2020 : MW Hydraulic 33% Wind 2% 0% Coal 34% Wind 15 % Solar % 14 Coal % 40 Natural Gas 7% Fioul 24% Hydraulic 14% Natural Gas 5% Fioul 11%

7 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

8 A HIGH URBANIZATION AND A SIGNIFICANT HOUSING DEFICIT Urbanization Evolution According to the latest numbers provided by the Ministry of Housing and Urban Policy, programs and actions by the department have reduced this deficit to 50% reducing the in 2012 to 500,000 units in late 2015, a trend that will achieve a level of deficit of around 400,000 units at the end of 2016.

9 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

10 ENERGY EFFICIENCY Ongoing Programs & actions en cours EE mesures in public administrations EE promotion for public lightning Generalization of low consumption lamps Incentive pricing system Communication and raising awarness Sustainable urban development of cities, both new and old, including the EE mesures Objectives 12% Economy by % Economy by 2030 Programs primarily targeting consumers sectors: industry, transport and building

11 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

12 IRESEN INTRODUCTION

13 SOMMAIRE THE NATIONAL CONTEXTE THE ENERGY TRANSITION THE BUILDING SECTOR ENERGY EFFICIENCY R&D PROJECTS POTENTIAL ET PRIORITIES IRESEN PRESENTATION R&D PLATFORMS PRESENTATION

14 Green Energy Park First R&D test platform involving moroccan and foreign universities and companies to create synergies and an excellence cluster in the field of solar energy, Budget: 20 millions, 3100 m² labs: TF Cell lab, PV module production, PV module caracterisation lab, material caracterisation lab, CSP labs including phogrammetry, deflectometriy and HTF test systems, 1,2 Ha: testing platforms 6,5 Ha: pilot projects

15 Green Energy Park

16 Plateforme de tests et de recherche Green Building Park GREEN & SMART BUILDING PARK (GSBP) is a platform dedicated to research and development in the field of green buildings, energy efficiency in Buildings, renewable energy integration and smart grids. Total Area 4 hectares, with more than 3000 m² of laboratories Erected as a model LIVING LAB, Green & Smart Building Park will include more than 20 test-size houses inhabited for testing under real conditions

17 Green & Smart Building Park Indoor Laboratories FablaB Encourage innovation and thinking outside the box by allowing the engineers and researchers to innovate with regard to shapes and forms to be integrated in the building. Fablab Materials performances testing Lab Materials performances testing Lab Define the mechanical, thermal, phonic and electrical characteristics of the various materials integrated in the building. Local materials characterization and valorization Lab Enabling the creation of an economic dynamics around the local materials that coud be integrated in a «green» building. Local materials characterization and valorization Lab Smart-Grid Lab Smart-Grid Lab Study the different methods of re regulating and managing the sources of production / consumption of energy.

18 Green & Smart Building Park Outdoor test platform & pilot projects Net Zero Energy Building The 1500m² building which will hold indoor laboratories will be a "Net Zero Energy" that is to say, the annual amount of energy required for its operation is equal to the amount of energy it generates. From design to energy management through the orientation, lighting, insulation, building materials, heating and air conditioning, all aspects necessary to achieving a Net Zero Energy Building will be treated. Net Zero Energy Building Test Field Test Field An area of nearly 1 ha will be dedicated to testing, full scale, elements developed in the different laboratories. Welding workshops, ironwork, carpentry and assembly will be available on site. Test Suites Test Suites These 35m² suites will allow us to test under actual weather conditions, the combination (with regards to insulation, building materials, plant sailing, glazing,...) that suits the most the Moroccan and Mediterranean conditions. These test chambers will be used simultaneously as housing for students.

19 Coming Events: Solar Decathlon Africa AFRICA he Solar Decathlon is an international competition which aims to develop sustainable and environmentally responsible homes. During the final phase of the competition, the houses will be mounted in Green Building Park and will visit. The scoring is done according to 10 criteria: Benguerir accueille les maisons du futur Objectif: Solar Decathlon organization to Green City Benguerir at the Green Building Park. To be Launched in 2017 to hold the competition end of Partenaire: US Energy Department Architecture -Energy Efficiency Comfort Energy Consumption - Engineering and construction Sustainability - Marketing, communication and public awarness Accessibility - Innovation

20 INDUSTRIES MAROCAINES Wind Energy Park Laboratoires Tests Pilotes Research to Innovation Farabi Network Solutions centralisées et décentralisées pour la production et le dessalement de l eau Water-Energie Park 3 INDUSTRIES MAROCAINES Bio-Energy Park Lancement Prévu 2017 Laboratoires Tests Pilotes Laboratoires Tests Pilotes Solutions centralisées (PV et CSP) Universités Marocaines 1 2 Laboratoires Tests Pilotes Laboratoires Tests Pilotes Laboratoires Tests Pilotes Smart Grid Park INDUSTRIES MAROCAINES Solutions décentralisées (Efficacité Energétique et Intégration des EnR) Finalisation Décembre 2014 Green Energy Park Green Building Park Lancement Prévu 2016 BENGUERIR

21 Thank You for your kind Attention COP22 Marrakech2016 November 2016 Jamae Lfnae, Marrakech (1000 years old) Noor I, Ouarzazate (7 days old) An African COP An Action COP