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Distributed generation

Showing 1-10 of 14 matches
  • Case studies
    15 June 2009

    Glazebrook Lodge provides its guests with an opportunity to visit an unspoilt part of backcountry New Zealand, but stay in luxury surroundings. Rather than running a cable to connect to the electricity network, which was going to cost in excess of $900,000, the lodge owners invested in a much more cost-effective and environmentally-friendly form of distributed generation on their own property.

  • Case studies
    15 July 2009

    Connecting to the electricity network was not a viable option for a luxury lodge in the Waihopai Valley, in Marlborough.
    Instead, the owners of this exclusive tourist destination saw the opportunity to install a hydro generator to power their first-class guest experience with clean renewable electricity

  • Research and reports
    1 March 2009

    The report examines the potential for small scale generation and energy management in five remote sites in South Canterbury. Technical information and economic costs and benefits for a variety of options in each location are presented.
    The report illustrates that - with the right set of conditions - small scale generation can be a viable alternative option for lines companies in the following applications:
    • It can replace an existing remote lines supply, particularly where:
    o The line length is relatively long and dedicated to only one or two consumers;

  • Research and reports
    1 March 2009

    This report provides high level guidance to independent renewable energy project developers who wish to investigate and progress distributed generation projects.

    This report was commissioned by EECA and prepared by Sinclair Knight Merz Pty Ltd. The report focuses on geothermal, hydro and wind projects in the range of 10 kW to 20 MW. The report makes developers aware of the range of issues that need to be addressed at the early stages of such projects, up until the point when developers typically seek tender submissions for detailed design and equipment supply.

  • Guidelines
    1 July 2009

    EECA has produced this draft guidance document for local government on domestic-scale distributed generation. The document covers photovoltaic (solar electric panels), micro and small-scale wind turbines, and micro and small-scale hydro turbines. The document is intended to provide information on these technologies, the extent and likelihood of any adverse effects associated with the technologies, and ways that these effects can be mitigated. The document has been released as draft and feedback is welcomed.

  • Case studies
    26 August 2009

    Small wind turbines can generate electricity for use on the farm, business and home. Wind turbines can co-exist easily with other farming practices, and have been used for decades on European farms. There is a wide range of turbines suitable for use in New Zealand, ranging from micro-scale to larger commercial-scale systems. This guide to wind power schemes is aimed at a farming audience, and includes practical examples.

  • Guidelines
    4 September 2009

    This document provides information about the Distributed Generation (DG) Fund, and will assist potential respondents to prepare their proposals in response to the Request for Proposals (RFP).

    The Distributed Generation Fund is set up to assist potential DG project developers investigate a particular DG project in New Zealand. The Distributed Generation Fund can help verify whether the DG project in question can be a viable and sound investment.

  • Forms
    4 September 2009

    This form is for use by those applying to the Distributed Generation Fund Request For Proposals.  Before filling it in, applicants should read the Distributed Generation Fund Definition Document which accompanies this document on the EECA website.

  • Fact sheets and brochures
    26 August 2009

    There is a lot of potential for small-scale hydro schemes on New Zealand rivers, streams and even irrigation systems. Hydro power is one of the cheapest ways of generating electricity on a small-scale. Small schemes (typically less than 10MW) also have less environmental impact than large ones. This guide to small-scale hydro schemes is aimed at a farming audience, and includes practical examples.

  • Case studies
    26 August 2009

    ‘Biogas' - gas produced during the breakdown of organic matter - can be harnessed and used to provide heat, electricity and transport fuel. Biogas schemes help reduce greenhouse gas emissions and deal more effectively with effluent disposal on farms. This guide to biogas schemes is aimed at a farming audience, and includes practical examples.