Greening Government - Environmental Audit Committee Contents


Memorandum submitted by Salix Finance Ltd

SUMMARY

    — Salix provides long term interest free matched funding to implement energy saving capital projects in the public sector, including central government.

    — We were established by The Carbon Trust in 2004 and are funded through CT by DECC.

    — Salix works alongside The Carbon Trust and The Energy Saving Trust to translate identified projects into implemented actions which deliver real energy savings.

    — While The Carbon Trust and The Energy Saving Trust provide advice, guidance and support on energy saving to public and private sectors, Salix focuses specifically on the provision of finance for public sector to deliver energy saving projects.

    — Salix is currently working with 120 public sector organisations, including local authorities, universities and NHS Foundation Trust Hospitals, managing funds approaching £100million

    — Projects supported by Salix to date have an average payback of 3 ½ years. This suggests annual energy savings of £27million pa can be achieved from our current level of funding.

    — Based on current projects funded by Salix, the lifetime CO2 savings that can be expected from our current level of funding are in excess of 2million tonnes CO2.

    — Only one central government department (Defra) has a Salix fund at present but we believe there is a significant potential to make more progress in this area in the future.

    — Salix is committed to realising this potential but its success will depend on the availability of finance to extend our activities, building departmental awareness of the benefits and effective support across central government.

    — Assuming these issues are successfully addressed we see no reason why more central government departments cannot replicate the successes of DEFRA using the Salix funding model.

1.  Background and the role of Salix

  1.1  The central government estate is estimated to use £1.6billion [14] of energy each year. It has failed to take sufficient action to reduce its energy use so as to meet its 2010-11 targets [15] and is not taking full advantage of the opportunities available to it.

  1.2  Government provides funding to a number of organisations to assist the public sector to reduce its energy consumption and CO2 emissions. This includes support for The Carbon Trust, The Energy Saving Trust and Salix Finance.

  1.3  Salix Finance is an independent, publicly funded company, set up in 2004, to accelerate public sector investment in energy efficiency technologies through ''invest to save'' schemes. Salix has public funding from DECC channeled through the Carbon Trust, and is working across the public sector with local authorities, NHS foundation trusts, higher and further education institutions and central government. It is a not for profit company limited by guarantee.

  1.4  Salix Finance enables public sector bodies to improve energy efficiency, attain targets, reduce energy bills and raise green credentials. It does this by using long term, ring fenced, interest free conditional grants to make carbon saving projects happen in the public sector.

  1.5  Salix focuses on supporting basic projects. In general all projects pay for themselves within 50% of their useful life so real energy bill savings are seen by the organisation.

  1.6  After an initial successful pilot programme with local authorities, Salix received £20 million from government to extend the programmes throughout the public sector. This sum has now been supplemented by an additional £30 million in the current Comprehensive Spending Review period. The funding that Salix provides to deliver energy efficiency improvement across the public sector is matched by clients; therefore the various programmes operated by Salix will have a total value of almost £100 million.

2.  How Salix works

  2.1  Funds are paid by Salix to public sector bodies in stages subject to commitment of 80% of any previous payments to energy saving projects. This ensures that activity is maintained and funds do not sit unused in the organisation.

  2.2  The fund is used to finance individual energy saving projects which meet the compliance criteria set by Salix. The energy savings from the projects are then used to repay the cost of the project back to the local fund for reinvestment in other compliant projects.

  2.3  The compliance tests are that projects must be additional, have a five year technical payback and a lifetime cost of CO2 of less than £100 per tonne[16]. Clients keep the funding for as long as they can identify and implement energy saving projects. Our expectation is that savings from energy saving projects will be recycled three or four times within the organisation.

  2.4  Whilst Salix now has 120 public sector organisations signed up as clients with funds in place only one of these is a central government department. Defra joined the programme in 2007 with a fund size of £1.6m and this been operating successfully since.

  2.5  The sort of projects that can be undertaken and are supported by Salix include the following:

    — Insulation—wall, ceiling and pipe work

    — Boiler upgrades and controls

    — Lighting upgrades and controls

    — Voltage optimisation

    — Power management software

    — IT upgrades

  2.6  All of these can meet the Salix funding criteria.

  2.7  Salix funds have to date supported over 1800 individual energy saving projects. These have an average payback of 3.5 years, which indicates that for every £1million spent on compliant projects the energy bill reduction is £285,700 per year.

  2.8  The average efficient lifetime of the technologies that Salix funds is over 10 years meaning that there is a real return on the investments for 6.5 years once the project costs have been repaid.

3.   Experience to date

  3.1  A Salix Fund provides benefits over and above the value of the initial funding. Experience has shown that:

    — An application for a fund and the need to allocate specific matched funding raises the profile of energy departments within public sector organisations and the priority of energy saving projects across the estate.

    — Whilst the fund size is relatively small for most public sector bodies the fact that it is recycled means the real value of the fund is multiplied

    — The need to actually commit projects in order to claim the next instalment keeps energy saving projects "in the diary"

    — The provision of a client relationship manager from Salix to work with the local fund manager maintains momentum and provides guidance and support

    — Salix also have technical support from W S Atkins plc which can be accessed by fund holders

    — Salix facilitates net working meetings for clients to exchange knowledge on projects and to explore best practice.

    — A Salix Fund can help deliver government targets such as SOGE and the Carbon Reduction Comittment.

    — The "stick" is as important as the "carrot" in ensuring activity continues to happen. Salix retains the ultimate sanction of recalling the funding from an organisation if it is agreed that nothing else can be done to reignite activity.

  3.2  Even when public sector bodies under spend their budgets at a whole organisation level spare funding is rarely transferred to energy department budgets. Therefore the provision of 50% of the funding is a valuable support to generate new budget allocation for the energy department.

  3.3  We are of the view that the presence of a Salix fund increases the incentives of the public sector body to reduce its energy consumption and can significantly assist in achieving the SOGE targets set in relation to reducing carbon emissions.

4.  Salix and Central Government Departments

  4.1  So far, Salix's focus has been on a range of organisations in the public sector, including larger local authorities, universities and NHS foundation trust hospitals. As noted above, only one central government department has set up a Salix fund. This has partly been a matter of business priorities for Salix given its current funding allocation, and partly a reflection of the levels of interest in energy saving projects across central government. Salix has directed its activities towards those sectors which have shown the greatest interest. We believe, however, that significant potential exists within central government to reduce energy consumption by taking advantage of Salix funding.

  4.2  Energy efficiency has a key part to play in reducing the carbon footprint of the government's estate. Whilst there is a general awareness within departments of what they can do to reduce energy consumption there are a number of barriers that mean that energy efficiency projects are not widely undertaken.

  4.3  In particular, significant further progress would depend on:

    — the availability of additional funding for Salix to extend its activities;

    — building greater and wider departmental awareness of the benefits of a Salix Fund;

    — the will of central government departments to devote time and resources to identifying and implementing energy saving projects ;

    — confronting the perceived barrier that recycling ring fenced "invest to save" funds cannot operate within the guidelines of public sector accounting rules. Through the setting up of funds across all areas of the public sector Salix has set a precedent to show that this is not the case and that such a model can be successfully operated within central government.

  4.4  Assuming that progress can be made in addressing the issues mentioned above we see no reason why more central government departments cannot replicate the successes of Defra using the Salix funding model to reduce their energy consumption.

April 2009








14   http://www.ukpublicspending.co.uk/uk_year2008_0.html£ukgs302 compiled by Christopher Chantrill Back

15   Sustainable development in Government Assessment 2008 Back

16   This relates the lifetime CO2 saved from the project to its total cost. Lifetime CO2 is calculated from the annual energy savings estimated multiplied by the conversion factor from energy to CO2 and then multiplied by the persistence factor for the technology. Persistence factors provide the efficient life for a technology. They are based on a technologies "useful life" which is then adjusted to reflect deterioration by inherent degradation and operational degradation. Back


 
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