Day: October 14, 2024

Winners and losers: Government announces strike prices for new renewables projects


The Department of Energy and Climate Change (“DECC”) today published final strike prices representing the level of income in £/MWh hour that new renewable generating plant will be guaranteed to achieve under Electricity Market Reform (“EMR”) Contracts for Difference (“CfDs”).  We compare the final prices with the draft strike prices consulted on in July for selected technologies below.

winnersandlosers1table

Technologies with higher final strike prices included Biomass with CHP (up £5 to £125 for all five years), Anaerobic Digestion and Geothermal.  Landfill Gas, Sewage Gas and Hydro all ended up with lower final strike prices.  The prices proposed for Biomass Conversions, Wave and Tidal Stream projects have not changed, and those for Offshore Wind have only changed for 2018/19 (down £5 to £135).

It is hard to avoid the conclusion that some of the changes are intended to have a political resonance. Reduced subsidies for onshore wind and solar PV should mean fewer locally unpopular wind and solar farms, at least in areas where the weather makes the business case highly sensitive to subsidy levels.

But whether you think you are a winner or a loser, the strike price story is not over yet.  DECC will have a lot of flexibility in terms of writing – and re-writing – the rules for each CfD allocation round, and today’s publication includes strong hints that some or all of these “administratively set” strike prices could be swept away and replaced by a system of competitive bidding sooner rather than later, perhaps as part of the price for persuading the European Commission to approve the state aid aspects of EMR.

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Adam Brown

About Adam Brown

Adam is a senior associate in the Energy practice. He has extensive experience in energy, planning, environmental and general public law, much of it gained over a decade spent working for the UK Government in a variety of legal and policy-making roles.



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Plugging in to a European Supergrid?


Interconnection is a hot topic.  “We need much better grid interconnectors around Europe to enable energy to flow across the EU”, UK Secretary of State for Energy and Climate Change, Ed Davey, recently told The Independent.  Mr Davey’s Department of Energy and Climate Change (DECC) has just published More interconnection: improving energy security and lowering bills.  And it was recently reported that the development of a proposed UK-Norway interconnector was at a critical stage.

Interconnectors are essential to the EU single market in energy, which is meant to be completed in 2014.  They are also likely to be part of the solution to the problem of how to include non-UK providers in capacity market auctions under UK Electricity Market Reform (EMR).  This in turn may be an important point for the European Commission in granting state aid approval for EMR (see EU renewable generators: time to wean them off “overcompensating” subsidies?).  But while last year’s EU Regulation on cross-border infrastructure should make it easier to get interconnectors built and funded, the new DECC paper, and the Redpoint analysis that accompanies it, show very clearly why interconnection is such a difficult area for the UK.

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An Interconnected Europe?  Commission’s interactive map of Projects of Common Interest (electricity schemes are in blue)

Geography plays a part: it is inevitably more expensive to interconnect the UK with other EU markets than it is to interconnect many markets in Continental Europe.  But that is only the start.  Which markets should we connect to, and when?  How big should the connections be?  Who should build, own and pay them, where and when?  The answers to these questions depend on a lot of other, interdependent factors that are themselves not easy to pin down: notably the future generating mix in the UK and other markets concerned, and future fossil fuel and carbon prices.  DECC’s summary of Redpoint’s work notes that the possible impact on GB consumers ranges, rather neatly, from potential net benefits of around £9 billion to potential net costs of around £9.5 billion.

Perhaps the toughest questions are who should decide between the competing merits of rival interconnection schemes, and when that decision should be taken.  Historically, neither the planning regime nor the regulatory network development process have had to pick winners and losers in this way.  But DECC’s acknowledgement that the issue should be looked at strategically and some kind of plan formed is encouraging.  They identify Ofgem’s Integrated Transmission Planning and Regulation (ITPR) project, and its ongoing consideration of Project Nemo and other proposed interconnection schemes as the proper vehicle for next steps on UK interconnection policy: watch this space.

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Adam Brown

About Adam Brown

Adam is a senior associate in the Energy practice. He has extensive experience in energy, planning, environmental and general public law, much of it gained over a decade spent working for the UK Government in a variety of legal and policy-making roles.



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Coal still counts (1): keeping options open in the Energy Act 2013


Once upon a time, UK energy policy revolved around the politics of dirty old coal.  But in the 21st century, it’s all about low carbon technologies like wind and nuclear – right?  Well – up to a point.  As a reminder that coal is sometimes still at the heart of the debate, take a look at the final stages of the passage of the Energy Bill through Parliament, where the arguments were not about wind or nuclear power, but about keeping open a group of coal-fired power stations that are all over 40 years old.

The Energy Act 2013, as it now is, received Royal Assent on 18 December 2013.  Amongst other things, it legislates for Electricity Market Reform (EMR).  As part of EMR, the Act imposes a limit on the quantity of CO2 which fossil-fuel generating plant may emit each year.  This limit, the “emissions performance standard” or EPS, only applies to new plant.  The EPS is set at a level which makes it uneconomic to construct new coal-fired generating plant with a capacity of more than 50MW in the UK unless it has carbon capture and storage (CCS) fitted – because without CCS, a new coal-fired plant could only meet the EPS by running for too few hours each year to justify the cost of building it. 

In practice, there was arguably little danger of anybody constructing such plant even without the EPS, because existing planning policies require any new plant to include at least 300MW of CCS capacity.  The value of the EPS provisions, beyond simply reinforcing the policy position against new non-CCS coal plant, is that they apply to both gas and coal-fired plant, but in practice only “bite” on coal.  This is because the EPS is fixed, until 2044, in the Act itself, at a level that does not affect the economics of building a new gas-fired plant (either open or combined cycle).  In other words, the EPS regime is intended to reassure potential investors in new gas-fired plant.

But the House of Lords inserted an amendment into the EPS provisions.  This was not about gas, or about the new coal plant that the EPS is aimed at, but about existing coal-fired plant.  Under the amendment, an existing coal-fired plant would have become subject to the EPS if it fitted the equipment necessary to enable it to comply with the new limits on emissions that apply to existing plant under the Industrial Emissions Directive (IED) from 2016.  The IED is, of course, not about CO2   emissions.  But supporters of the amendment argued that once a plant fitted the equipment necessary to comply with the IED limits on pollutants such as NOx, it could be in a position to run for decades to come, with no statutory constraint on its CO2 emissions – thereby potentially undermining the Government’s ability to substantially decarbonise the power sector by 2030.  By applying the EPS to such plant, the amendment would have made retrofitting existing plant for IED compliance almost as uneconomic as building new coal plant, so the existing plant would close.   

The Government succeeded in reversing the amendment, so the EPS will not prevent existing coal-fired plant staying in the generating mix.  This is arguably not ideal from a decarbonisation point of view, though it may have advantages in terms of security and affordability of electricity supply.  But the debate on old coal plant does not end there.  In future posts we will be looking at how decision-making by individual companies under the IED, and perhaps other parts of EMR, will determine the ultimate fate of these plants.

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Contracts for difference: established technologies must compete for strike prices


Only a few weeks ago, DECC announced the “final” strike prices that were to apply to contracts for difference (CfDs) for the various eligible renewable technologies under Electricity Market Reform (EMR) (see our earlier post on this).  But things move fast in the world of EMR.  On 16 January 2014, DECC announced that for those technologies considered “established”, there would be no guarantee of securing strike prices at the level of the figures fixed in December 2013. 

The group of “established” technologies for these purposes consists of onshore wind (>5MW), solar PV (>5MW), energy from waste with CHP, hydroelectric (>5MW and <50MW), landfill gas and sewage gas.  For these technologies, it is proposed that strike prices will be set by a process of competitive bidding for which the December figures will function as a cap.  For the “less established” technologies (offshore wind, wave, tidal stream, advanced conversion technologies, anaerobic digestion, dedicated biomass with CHP and geothermal) the December strike prices will apply.  A decision has yet to be made about strike prices for biomass conversion and Scottish islands projects.

Moreover, all technologies will have to apply for their CfDs through allocation rounds – i.e. at specified times, rather than whenever it is most convenient for them to do so.  There will be no initial period of “First Come, First Served” allocation of CfDs.  The draft CfD allocation framework, originally scheduled for publication in January 2014, will not now be published until March 2014.

The DECC announcement is cast as a consultation, but the key points look fairly firm.  Although the document lists a number of factors that have been taken into consideration, it is clear that the European Commission’s draft state aid guidelines have played a big part in DECC’s thinking (see our earlier post on the draft guidelines).  The draft guidelines place a heavy emphasis on the desirability of competition for subsidies to renewable generators.  

There can be no doubt that the change of approach on strike prices ought to improve the chances of gaining state aid clearance from the Commission for the CfD regime.  But what will be the practical and wider impacts of more projects having to compete on strike prices sooner? 

How “technology-specific” will each auction be?  How frequently will auctions take place? Some questions will have to wait for an answer until we have seen the allocation framework.  For some time now, it has been clear that the allocation framework will be a hugely important document.  Assuming that DECC sticks to its overall timetable, there will not be very much time to consult on the first allocation framework before the package of EMR secondary legislation that requires Parliamentary approval is laid before Parliament.

In the meantime, it is a fair bet that some projects which might have applied for a CfD will now opt for the more predictable support mechanism provided by the Renewables Obligation (RO) instead (as they will be able to do until 2017).  Many of these projects are not large and the process of competing on strike price can only add to the costs of a CfD application.  But if more opt for the RO from the outset, how will that affect the budget available for CfDs under the Levy Control Framework?  And what will be the implications for any state aid analysis of the RO if projects that fail to win CfDs in the auction process can go on and claim what turns out to be a higher level of support under the RO?

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Are you ready for the Offshore Safety Directive?


Deepwater HorizonThe Deepwater Horizon incident in April 2010 killed 11 people and caused one of the worst oil spills in history. It prompted an industry-wide review of offshore environmental and safety policy and legislation.

The EU’s response was the Offshore Safety Directive (“OSD”). The OSD entered into force on 18 July 2013 and aims to “reduce as far as possible the occurrence of major accidents relating to offshore oil and gas operations and to limit their consequences”.

The OSD establishes, for the first time, an EU-wide legal framework for offshore safety and environmental management in the oil and gas sector. It largely reflects the current UK model, so much of its content feels familiar. That said, there are some significant new, or at least modified, regulatory requirements that both Government and industry need to start thinking about. Extension of environmental liability, enhanced reporting requirements, the structure of our regulators, financial liability of licence holders for environmental damage and contractual allocation of liability will all require serious consideration.

Time is ticking away. Member States have until 19 July 2015 to introduce implementing legislation to transpose the OSD’s requirements into national law. They then have up to one or three years to apply this national legislation (depending on the parties and types of installation involved). Companies could theoretically therefore be required to comply with new domestic legislation in less than a year and a half.

Over the coming months we are going to be exploring some of the changes required by the OSD and the tricky issues that arise from the Directive’s application in the UK, so watch this space! (Or, subscribe to our blog to receive our next OSD updates)

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Sam Boileau

About Sam Boileau

Sam focuses on UK and EU environmental and safety law, and has been practicing in these fields for over 15 years. He is one of the few lawyers in the UK to be individually ranked in Chambers & Partners for both environmental and health and safety expertise. His practice area includes waste management, producer responsibility, product liability, pollution liability, environmental permitting, water and drainage, land contamination and health and safety.



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