Main Source : MicroHydro Buyer’s Guide & Western Renewable Energy
Addressing the need to reach the European goals of 20% of electricity from renewables by 2020<br />RESTOR-Hydro…<br />… seeks support of BNPPF<br />A considerable amount of unrealized potential for economically feasible and environmentally sustainable small and micro-scale hydropower (SHP) generation exists in the thousands of historic water wheel/mill/weir sites in the EU. This project will identify the most relevant sites suitable for refurbishment in each of the EU member states and develop a model for regional cooperatives with a community shares ownership driven business plan with profit from the site available for further development of the area. <br />
Who are we ?<br /><ul><li>The European Small Hydropower Association (ESHA) is a non-profit International Association representing the sector of small hydropower. The association was founded in 1989 as an initiative of the European Commission. ESHA is a founding member of EREC (European Renewable Energy Council), which groups together all main European renewable energy industry and research associations. Since March 2000, ESHA has shared its headquarters with other EREC members in the Renewable Energy House, in Brussels.
ESHA is involved in a number of international projects to promote renewable energy sources within the European Union and worldwide: Hydroaction, CH2OICE, RURAL-RES, SHAPES, SHERPA, RESTIMAC, TaW, TNSHP, SPLASH, RES in the EU & CC, SHYCA, SYNERGY
Dreaming or a Real Opportunity ?<br />MicroHydro Technology<br />Proven, Off the shelves, Robust<br />Ecologically Friendly<br />Relatively Cheap, Low maintenance effort<br />Cooperative for Green Energy<br />Very successful in Belgium and UK<br />Empower individuals at the regional level<br />A responsible investment opportunity<br />A support center for Permitting, Funding, and Exploiting<br />Viability<br />There is no lack of money, there is a lack of good bankable projects: Structural Funds, Green Certificates (new quota until 2020)<br />PB between 6 and 12 years<br />Similar initiatives in Slovenia, Wales, Spain, …<br />Hydro Potential in Belgium<br />1500+ old watermills identified<br />“One of the biggest challenges … is to prepare integrated packages of sustainable energy projects which are big enough to be considered ‘bankable’ by financing institutions and/or suitable for grant funding by EU financing facilities such as the cohesion or structural funds.” <br />IEE Call CIP-IEE-2011<br />
IEE Call for Proposal in a Nutshell<br />IEE in a Nutshell :<br />€67 million €from 2011-13<br />contribute to secure, sustainable and competitively priced energy for Europe, by providing for action:<br />to foster energy efficiency and the rational use of energy resources<br />to promote new and renewable energy sources and to support energy diversification<br />to promote energy efficiency and the use of new and renewable energy sources in transport<br />Timing:<br />Proposal : Jan 2011<br />Proposal Submission : 12 May 2011<br />End of Evaluation, Selection : Nov. 2011<br />End of Contract Negociation : Jan/Feb 2012<br />Projects Kick Off : Jan/Feb 2012<br /><ul><li>Funding areas : Renewable energy sources (ALTENER) – 16 M€
promoting new and renewable energy sources for centralised and decentralised production of electricity, and thus supporting the diversification of energy sources
integrating new and renewable energy sources into the local environment and the energy systems
supporting the preparation and application of legislative measures.
Our project is completely aligned with IEE Objectives
Strong encouraging feedback from EU Program Administrators</li></li></ul><li>RESTOR Hydro Project<br /><ul><li> Increase public acceptance by promoting benign technology through ambitious communication program
Address permitting, technological, and funding barriers through providing pre-arranged templates, etc…
Engage local participation, ownership, and guarantee self-sustainability through the Cooperative Model
Twinning leveraged by using Structural Funds and conventional financing as well as cooperatives</li></li></ul><li>Why BNPPFortis?<br /><ul><li>Reinforce BNPPF image as an engaged actor in both local and concrete projects regarding RSE, and in a long term vision of a greener world
A couple of amazing Intranet Articles and great internal ‘story’
Within Group we’ve a great European-wide presence
An opportunity to position BNPPF as a privileged partner and leader for microhydro projects
(with approvals) Publicity, logo on Project(s), mention in the press/media, link from our website, etc…</li></ul>BNP Paribas is taking decisive actions to participate in the global reduction of the GHG emissions by taking a proactive approach to climate change with the signing of the Climate Principles. BNP Paribas has joined a group of leading financial institutions who are committed to play a proactive part in the fight against climate change in their capacity as advisors, lenders, investors and insurers.<br />
How could BNPPF be involved?<br />Explore/Document with us available bank loans for microhydro projects and making projects ‘bankable’<br />Propose an ‘energy efficient loan’ (an existing one or a tailored one) to co-fund Pilot(s) in Belgium, France, etc.<br />Train ‘Energy Efficient’ Staff to micro hydro<br />Tailor ‘Energy Efficient’ loans to small hydro and publicity/promotion (flyer, internet, etc…)<br />Co-Fund part of our project (IEE funds up to 75% of eligible costs) -> a pilot, communication campaign, …<br />Act as an Advisor and be a member of Advisory Board<br />Other ideas ?<br />A Letter Of Support would describe your support of the concepts of promoting ‘bankable’ renewable energy projects to meet the European 2020 goals and be attached to the IEE Submission. This letter would be as binding as the specificity of the terms used in it (from ‘is interested in’ to ‘will contribute to’)<br />
Knocking down implementation barriers Community Shares Ownedgreen microhydro<br />Additional Benefits<br /><ul><li>Hydro potential viewed as a community asset is to be developed and used, not wasted
Puts hydro back on the ‘map’ of green solutions
Market driven approach with exponential initial speed of potential development
Engaging public, municipalities & media</li></ul>Direct Tangible Outcome<br /><ul><li>Increases local investment and regional entrepreneurs
Encourages a dynamic market of public and private partnerships
Cooperative local ownership reduces resistance to new sites and benefits regional economies
Significant green hydropower generation</li></ul>Enable restoration of historic water wheel sites to generatehydroelectric power to with local community buy-in, investment and ownership to produce decentralized green energy while preserving, aesthetics, historical elements and improving stream quality…<br />firstname.lastname@example.org <> www.netowatt.be<br />
Enercoop (FR)<br />2.700 members<br />Actif : 1.778.117€<br />TurnOver : 2.712.104<br />Profit : 2.453€<br /><ul><li>Christian Peyresestproducteur et sociétaired'Enercoopdepuis 2006. Il produit de l'électricitégrâceà son installation hydraulique au fil de l'eaud'une puissance de 235 kW.
Mon objet fétiche : Mon appareil photo numérique pour figer les moments que je ne veux pas oublier.
Mon rêve : Êtreautonomeénergétiquement. C'est le moyen de produire et consommeruniquementce qui estnécessaire.</li></li></ul><li>Actif : 33 M€<br />TurnOver : 16 M€<br />Profit : 1,2 M€<br />31.000 members<br />6 months waiting list to become client<br />
Some Figures<br />Energy Production / Consummation / Costs<br />More than 1500old watermills identified in Belgium<br />Hydropower systems last 20to 30years – longer than most other kinds of generating systems<br />As a rule, the “water to wire” efficiency factor for small systems (for example, up to 10 kW) could be taken as approximately 50 percent<br />A turbine generator set to operate at a head of 10 m with flow of 0.3 m3/s will deliver approximately 15 kWof electricity<br />For a typical residential home in a town or city, the total energy requirement is approximately 3,5 MWh per year<br />A peak power output of approximately 14.5kW, with a capacity factor of 80% leads to total annual energy capture of approximately 103 MWh.<br />For a typical Output of 10 kW, the Capex is 2000 € / kW(3000 €/kW for <5 kW, 1000€ for 50 kW)<br />EU Targets<br />Share of energy from renewable sources in gross final consumption of energy in 2005 : 2.20%<br />Target of energy from renewable sources in gross final consumption of energy in 2020 : 13%<br />Expected amount of energy from renewable sources corresponding to the 2020 target : 6 TWh<br />Green Certificates<br />Since the launch of green certificate system, the average price of the certificate typically oscillates around 90 €. The redemption fee (65€) is guaranteed for 15 years.<br />
Green Certificates<br />EDORA accueille avec soulagement l’annonce de la fixation par le gouvernement des objectifs de production d’électricité verte à l’horizon 2020. Attendue depuis plus d’un an par le secteur, la fixation des quotas de certificats verts permettra de rétablir la confiance du secteur et de relancer les investissements dans de nouveaux moyens de production d’électricité renouvelable, véritable moteur pour l’atteinte de l’objectif renouvelable 2020 <br />
Myths & Facts on Micro Hydro<br />Commonmisconception: That waterwheels and other low head devices are inefficient and unreliable for generating electrical power. This is not true using modern technology and control systems on suitable sites. Costs have fallen to (€1 - 6K/kW)<br />Fact No. 1. A combination of over-regulation combined with cheap fossil fuel power sources in the 1960-80’s killed off many small hydro plants and led to the run down of many Mill sites<br />Fact No. 2. There used to be over 30,000 working mills in the UK (1850). The number of working mills is now less than 400 and whilst many are now visitor attractions, less than 100 mill sites are generating clean electrical power. Largest EP o/shot wheel at Aberdulais, 25kW<br />Fact no. 3. Many existing low head sites can be used to generate clean electrical power cost effectively (PB << solar or micro-wind <6y-12y)<br />Fact No. 4. Some reaction machines are very fish friendly and have negligible to positive environmental impact (multiple studies)<br />Fact No. 5. Improvements in technology combined with higher energy costs, climate change issues and co-operation by all stakeholders could bring about a renaissance of low head hydro<br />Fact No. 6.Educating people of the benefits and winning ‘hearts and minds’ is key to the success for a micro-hydro revolution to occur<br />Fact No. 7. Raising awareness of micro hydro benefits needs to be better communicated by developers with councils, local authorities, government and the environment agencies to ensure that the process becomes simpler, more proportional & fit for purpose<br />Fact No.8. Too much emphasis has gone on micro wind and solar PV without understanding the benefits hydro provides (higher efficiencies, LFs and therefore PB’s with low environmental impacts)<br />Fact No.9. Although waterwheels are large they can produce reliable power at high efficiencies (WtW efficiencies up to 80% and LF=0.9) for o/shot, although 65% and 0.7 are more common for LH<br />