Community wind energy

Community wind energy describes wind-power projects in which people or institutions connected to the host area retain a meaningful ownership, governance, or financial interest. Unlike conventional projects that may provide a community only with land-lease payments, tax receipts, or temporary construction employment, a community wind project normally gives local participants a direct stake in the generating asset or its revenues. Ownership can rest with farmers, households, local investors, businesses, schools, municipal utilities, public bodies, cooperatives, Indigenous or First Nations organizations, or partnerships between these groups and commercial developers. Projects vary considerably in size and structure. Some supply electricity directly to a site or local network, while others sell wholesale power to the grid. Commercial-scale installations are commonly larger than 100 kilowatts, although the broader community-energy field also includes small turbines and hybrid projects. The principal models are cooperative ownership, municipal ownership, shared ownership between a developer and local participants, and “flip” structures in which local investors initially partner with a commercial company to use available tax incentives. In cooperative projects, members generally receive voting rights and share in the economic results. In shared-ownership arrangements, landowners may choose between a conventional lease and ownership units. The model became especially influential in Denmark, where tax treatment and cooperative organization helped households invest in turbines. By 2001, more than 100,000 Danish families were associated with wind-turbine cooperatives, which accounted for a large majority of the country's installed turbines at that time. Similar arrangements spread across Germany, the Netherlands, the United Kingdom, Australia, and other markets. Germany developed a substantial citizens’-wind-farm sector involving households and small and medium-sized enterprises. North Frisia became a prominent example, with many wind farms largely owned by local participants. Community wind projects are often promoted for their social and economic benefits as well as for their emissions-reduction potential. Local ownership can retain project income in the host area, create incentives for residents to support development, and provide revenue for community facilities or environmental programs. Construction and operation can create employment in manufacturing, transport, civil works, maintenance, and administration. Municipal ownership may also provide a public entity with a long-term energy asset and a source of savings or revenue. The approach can improve public acceptance because residents participate in decision-making and share in returns, although projects still face issues involving landscape change, wildlife, grid access, planning approval, financing, and the distribution of benefits. Examples illustrate the range of approaches. Hepburn Wind in Victoria became Australia's first community-owned wind farm, while projects such as Baywind, Westmill, Gigha Renewable Energy, Findhorn, and other Scottish schemes demonstrated cooperative or community-trust ownership in the United Kingdom. In the Netherlands, cooperatives developed member-financing and self-supply arrangements, and Windcentrale popularized the sale of physical shares in existing turbines, with members receiving an electricity entitlement rather than a conventional cash return. In the United States, community wind has included municipal utility projects, jointly owned projects such as the MinWind developments, and tax-driven partnership structures. In India, the Odanthurai village panchayat used a 350-kilowatt wind farm to meet local demand and sell surplus electricity. Community wind energy is therefore not a single company, consumer product, or standardized brand. It is an organizational and ownership concept within renewable electricity. Its continuing development depends on local investment capacity, public policy, grid arrangements, cooperative institutions, and the ability of projects to provide transparent and fairly distributed benefits.

Community wind energy developed from the idea that host communities should participate directly in renewable-energy ownership rather than receive only indirect compensation. Early cooperative arrangements were particularly important in Denmark, where households organized collectively to finance and operate turbines. Favorable tax treatment for household generation and a strong cooperative tradition helped make local ownership a major part of the country's wind sector. By 2001, more than 100,000 Danish families were associated with wind-turbine cooperatives. The model spread during the 1980s and 1990s to other European countries. In the Netherlands, cooperatives began with relatively small turbines financed by their members and later moved toward larger developments, sometimes in partnership with commercial developers. Communities also experimented with self-supply arrangements in which a cooperative owned generation while an energy company provided billing and grid-balancing services. Windcentrale later used a consumer-facing share model that linked ownership of a turbine to an annual electricity entitlement. Germany developed a large citizens’-wind-farm movement involving households, local investors, farmers, and small and medium-sized businesses. North Frisia in northern Germany became a frequently cited example: many projects were community-owned, and local residents participated in the economic benefits of a substantial wind sector. These developments helped demonstrate that distributed ownership could coexist with commercial-scale generation. The United Kingdom saw the formation of Baywind Energy Co-operative in 1996. Baywind became an early example of a member-owned wind organization, eventually attracting more than 1,300 members. It owned turbines in Cumbria and directed part of its profits toward local environmental initiatives through the Baywind Energy Conservation Trust. Other British examples included community trusts on the Isle of Gigha and Harris, Westmill Wind Farm Cooperative in Oxfordshire, Findhorn Ecovillage, and projects supported by organizations such as Community Energy Scotland and Community Renewable Energy. These schemes used combinations of member shares, loan stock, charitable or trust structures, and local reinvestment. Community wind also emerged in Australia, Canada, India, and the United States. Hepburn Wind in Victoria was described as Australia's first community-owned wind farm. In Ontario, the Pukwis Community Wind Park was proposed as a joint Aboriginal and community project, with majority ownership intended for the Chippewas of Georgina Island First Nation. In India, the Odanthurai village panchayat used a 350-kilowatt wind farm alongside solar and biomass facilities to meet public-energy needs and sell excess electricity. In the United States, projects were grouped into municipal-utility ownership, direct local joint ownership, and “flip” structures pairing local investors with corporations to make use of federal production-tax incentives. Hull Wind One in Massachusetts was an example of municipal ownership, while the MinWind projects in Minnesota represented local joint ownership. The sector's rationale combines environmental, financial, and civic objectives. Wind projects can create construction and maintenance work, generate lease or ownership income for landholders, increase local tax receipts, and fund community initiatives. Local decision-making and shared returns may also improve acceptance of new turbines. However, community ownership does not remove the technical and political challenges of wind development. Projects still require suitable sites, planning consent, financing, transmission capacity, reliable operation, and agreements over how costs and benefits are distributed. Community wind energy consequently remains a flexible project model rather than a single corporate form or standardized commercial product.

• 2012

  Windcentrale launches turbine-share model

  [1]Community wind energyen.wikipedia.org

  The Dutch company began selling physical shares in existing turbines, linking each share to a quantity of generated electricity.

• 2009

  Odanthurai installs a 350-kilowatt wind farm

  [1]Community wind energyen.wikipedia.org

  The Tamil Nadu village panchayat developed wind generation to cover public electricity needs and export surplus power.

• 2008

  Westmill Wind Farm Cooperative opens

  [1]Community wind energyen.wikipedia.org

  Westmill in Oxfordshire began operating with five 1.3-megawatt turbines financed through community shares, loan stock, and institutional support.

• 2005

  Gigha Renewable Energy commissions three turbines

  [1]Community wind energyen.wikipedia.org

  Residents of the Isle of Gigha took control of three Vestas V27 turbines, known locally as the Dancing Ladies, creating a community-owned generation project.

• 2001

  Hull Wind One demonstrates municipal ownership

  [1]Community wind energyen.wikipedia.org

  Hull Wind One in Massachusetts became a cited example of a municipality owning and operating a commercial-scale wind turbine.

• 1997

  Baywind's Harlock Hill wind farm begins operation

  [1]Community wind energyen.wikipedia.org

  Baywind's five-turbine, 2.5-megawatt Harlock Hill facility near Ulverston, Cumbria, entered service.

• 1996

  Baywind Energy Co-operative is founded

  [1]Community wind energyen.wikipedia.org

  Baywind was established in the United Kingdom as an industrial and provident society and became an early British example of member-owned wind generation.

• 1980

  Dutch cooperatives begin financing small wind turbines

  [1]Community wind energyen.wikipedia.org

  The Netherlands' community wind movement traces its early cooperative activity to the 1980s, when members financed and operated comparatively small turbines.

A participatory renewable-energy model emphasizing local ownership, democratic governance, community benefits, and retention of wind-power revenues within the host area.

• Wind-power generation

  Community-owned wind farms

  Commercial or small-scale wind facilities owned wholly or partly by residents, farmers, cooperatives, trusts, Indigenous organizations, businesses, or municipalities. Electricity may be consumed locally, supplied to members, or sold into wholesale markets. The defining characteristic is a direct local financial or governance stake beyond ordinary land rents and public tax receipts.

• Cooperative renewable energy

  Wind-turbine cooperatives

  Democratically controlled enterprises in which members collectively finance, own, and govern turbines or wind farms. Members may receive voting rights, energy benefits, dividends, or community benefits depending on the legal and commercial structure. The model became strongly associated with Denmark and later spread through Europe and other markets.

• Public renewable infrastructure · 2001

  Municipal wind projects

  Wind projects owned or operated by municipalities or public utilities. These facilities can reduce public electricity costs, generate revenue, and provide a visible local renewable-energy asset. Hull Wind One in Massachusetts is a cited example of this structure.

• Consumer energy investment · 2012

  Windcentrale turbine shares

  A Dutch community-energy arrangement in which households purchase physical shares in individual turbines. Rather than promising a conventional cash return, the model associates ownership with a quantity of generated electricity that can be offset against the member's bill through an energy-company partner.

• 2012

  Introduce physical turbine shares for householdsProduct launch

  Background

  Dutch community wind cooperatives had traditionally relied on member financing, while consumers often lacked a simple way to participate directly in existing turbines.

  Action taken

  Windcentrale launched a model selling physical shares in turbines and associating each share with an electricity entitlement rather than a conventional financial payout.

  Aftermath

  The first two turbines reportedly sold in roughly three months, and a later turbine sold in a single evening. By the end of 2016, the initiative was described as having approximately 17,000 members and 10 turbines with around 15 megawatts of rated capacity.

  Source

1. 1Community wind energyen.wikipedia.org