FAQs

The statutory consultation for Beacon Fen Energy Park is open and will run until Sunday 3 March. A series of in-person events and webinars have been organised for stakeholders and local communities to attend to find out more information and provide another opportunity to feed into plans.

For dates for the in-person and virtual events, please click here. You can view the latest documentation here.

During our statutory consultation, it became apparent we would need to make a minor change to our Development Consent Order application. In order to do this, we identified land interests and statutory consultees who might be an interested or affected party, notifying them of the changes and following discussion with host local authorities extended the consultation for them by a limited period (typically one week but greater for affected land interests) in order to allow them to give feedback.  

The changes are minor and allow the use of verges and existing highway on the existing Triton Knoll Access Road and Great Hale Drove for construction or maintenance traffic associated with our proposed cable route. In addition, more of the A17 to the west has also been incorporated into our red line boundary to ensure there is enough room for a direct construction access for the cable route.  

The additions have been reviewed against the Preliminary Environmental Information (PEI) provided as part of the Project’s statutory consultation. The changes are minor in nature and scale, and do not introduce any new or different potential environmental effects. Therefore, the current PEIR remains valid along with the other consultation documents previously provided and which are also on our website here – Documents – Beacon Fen Energy Park

Low Carbon is a leading, privately-owned UK investment and asset management company specialising in renewable energy. We were founded with the aim of having a lasting and positive impact on climate change. In practice, this means responsible and innovative investments into large-scale renewable energy projects, a commitment to protecting the earth’s natural resources, and dedication to creating a low-carbon future for all.

Low Carbon has facilitated the deployment of more than £600 million in capital into renewable energy infrastructure with more than 1GW already developed.

Our proprietary renewable energy pipeline currently stands at more than 5GW, ideally positioning us to capitalise on investment opportunities as the need for green power and energy security increases. These investments are generating sufficient clean energy to power more than 427,000 homes*, avoiding more than 750,000 tonnes of CO₂e* each year.

Investing across the full life cycle from concept, through to development, construction and operation, Low Carbon has been active in large-scale solar energy since forming in 2011, and we are currently one of the largest asset managers of solar parks in Britain. lowcarbon.com

* Low Carbon internal calculations using OFGEM Typical Domestic Consumption Values and BEIS Carbon Conversion Factors

The transition to a low carbon energy system is necessary to avoid the effects of climate change. The UK’s commitment to achieve net zero carbon emissions by 2050 was enshrined by law in June 2019 – the first major economy in the world to pass laws to end its contribution to global warming by 2050. However, as the publication of the Committee on Climate Change’s (CCC) annual report in June 2021 made clear, while the climate promises UK Government’s has made deserve credit, it has been slow to follow through with delivery and our journey to net zero is not yet half completed. 
This is a decisive decade for tackling climate emergency. More renewable energy is needed to fast-track the transition away from fossil fuel electricity generation, with onshore and offshore wind and solar providing some of the key building blocks of the future generation mix. 
With an anticipated generation capacity of over 50 megawatts (MW) Beacon Fen Energy Park would make a significant contribution towards achieving net zero; providing utility-scale clean energy to National Grid’s electricity transmission system.

We consider a range of factors when evaluating land available to deliver a utility-scale clean energy scheme, including planning and environmental factors including existing use and quality of land, and well as any designations and constraints. However one of the factors ultimately informing site choice when looking at potential locations for new utility-scale solar development is available capacity on the local grid.
In the instance of Beacon Fen Energy Park, the nearby Bicker Fen connection to the grid means we can utilise existing electricity infrastructure. Rather than build a new connection to the grid, this also means we can reduce the potential impacts of the solar energy park.

Nationally Significant Infrastructure Projects otherwise known as NSIPs are large scale projects over a certain size which means they are considered by the Government to be nationally important. Permission to build them therefore needs to be determined at a national level – namely by the responsible Government Minister (‘Secretary of State’). 

Instead of applying to a local planning authority for planning permission, when seeking consent for an NSIP the developer needs to apply to the Planning Inspectorate a Development Consent Order (DCO) for the final scheme. The process for applying for a DCO is set out in the Planning Act 2008. 

The anticipated generation capacity of Beacon Fen Energy Park is more than the 50MW threshold set out in the Planning Act 2008 which means it is regarded as an NSIP. 

For projects with an installed capacity of 50MW or less, a developer is required to apply for planning permission for the relevel local planning authority (LPA) under the Town and Country Planning Act 1990. 

In the case of energy related projects the Planning Inspectorate acts on behalf of the Secretary of State at the Department for Energy Security and Net Zero. It will carry out an examination of the application for development consent and then make a recommendation to the Secretary of State on whether or not to grant consent. The Secretary of State for Department for Energy Security and Net Zero will then make the final decision on whether to grant consent for the scheme. 

You can find out more about the process of applying for a DCO on the National Infrastructure Planning website

We anticipate that the development process through DCO submission and examination will take between two to three years. We intend to submit our application for development consent to the Planning Inspectorate in early to mid 2024. Subject to consent being granted, construction would start no sooner than 2026.

Beacon Fen Energy Park would comprise the installation of solar photovoltaic panels (PV) and an on-site energy storage facility.

The on-site storage facilities would provide an important balancing service for the national grid whereby electricity generated by the panels can be stored on site at times when grid-demand is low, then exported at times of higher demand.

Our plans for the project will also include any necessary and appropriate environmental mitigation and enhancement measures to ensure the scheme treads as lightly as possible on the local area.

The principle components of the energy park would include:

► Ground mounted solar photovoltaic (PV) panels converting sunlight into electricity

► PV module mounting structures

► Supporting infrastructure – inverters, transformers and switchgear – converting the direct current to alternating current and stepping up the voltage so it can be exported to the national grid

► Onsite cables connecting the solar PV modules and energy storage system to invertors which, in turn, connect to the transformers. Higher voltage cables will then be required between transformers and the switchgear and from the switchgear to the offsite electrical infrastructure

► An energy storage system so electricity generated by the solar PV panels can be stored on site and released to the national grid when it is needed most.

► On-site substation to export electricity from the energy park to the national grid.

► Security fencing enclosing the operational areas of the site in the form of ‘deer fence’ or other mesh fencing, along with pole mounted internal facing closed circuit television (CCTV) deployed around the perimeter of the operational site

► Accesses to the site during construction and for routine maintenance when the energy park is operational

► New planting around the site perimeter and within the solar PV area to enhance biodiversity and improve the landscape

In addition:

► During construction one or more temporary construction compounds will be required, as well as temporary roadways, to enable access to all the land within the site boundary

► Solar PV and energy storage technologies are rapidly evolving. The parameters of the application we submit for development consent will therefore maintain flexibility to allow us to use the latest technology available at the time of construction.

In addition, an electrical connection will also form part of the design so that the Energy Park can be connected into the existing national electricity transmission system at National Grid’s Bicker Fen substation.

We have secured a connection agreement with National Grid for the electricity generated by Beacon Fen Energy Park to be exported into the national electricity transmission system via its existing Bicker Fen substation in Lincolnshire.

Yes. Public consultation forms an important and statutory part of the pre-application process for NSIPs. Ongoing engagement will serve to inform and influence our development of the proposals for Beacon Fen Energy Park. Local residents, stakeholders and residents all have an important role to play.

The development of our proposals for Beacon Fen Energy Park will be an iterative process. Prior to submitting a DCO we are holding two phases of consultation inviting stakeholders to share their views and provide feedback on our proposals. This includes an early (non-statutory) phase of consultation, which was held in May-June 2023. The second, statutory, phase of consultation commenced on 22 January 2024.  This includes more detailed proposals for the project, including environmental information and how we have taken into account feedback submitted during the early (non-statutory) consultation.

You can share your written feedback in a number of different ways. Fill out a feedback form at an event and either hand it to a member of the team, or post it using our Freepost address to reach the team by Sunday 3 March 2024. Alternatively, you can fill in a form online here. If you have accessibility requirements, please do let us know.

There are many ways you can keep in touch with Beacon Fen Energy Park, including joining the digital mailing list via the Beacon Fen Energy Park website.

The statutory consultation for Beacon Fen Energy Park will run from Monday 22 January to 11.59pm on Sunday 3 March, and will include a series of in-person events and webinars for stakeholders and communities to attend to find out more information and provide their feedback.

For dates for the in-person and virtual events, please see below

The Statement of Community Consultation (SoCC) is a document which outlines how Low Carbon plans to consult with the local community during its statutory consultation. It also outlines proposed timelines for the consultation period and how consultees can provide their feedback during the statutory consultation and shape the project. 

The SoCC is available to download on our website here and is also displayed in hard copy at the below points for the local community to review.  

For further information about the SoCC, please view the news article here.   

Once operational, Beacon Fen Energy Park would have an estimated 14 permanent employees.

The design life of Beacon Fen Energy Park is expected to be around 40 years. We will review the condition of the equipment throughout the lifetime of the project and at the end of its intended design life decide whether it remains in a viable condition to continue operation after that time. Any extension of the life of Beacon Fen Energy Park beyond the 40 years would be dependent on new negotiations with landowners and new planning consent.

Work is ongoing to assess any potential impacts on the environment of the proposed project, from visual impact and ecology to noise and traffic. The findings from these environmental assessments have been used to understand the potential impact the construction, operation and decommissioning of Beacon Fen Energy Park could have on local communities, the environment and landscape. This includes identifying mitigation measures to minimise potential identified impacts.

We propose to minimise operational noise impacts with the strategic design of Beacon Fen Energy Park by locating the battery and energy storage system (BESS) compound and associated infrastructure centrally in the Energy Park to maximise distance from potentially sensitive receptors. Additional noise barriers will be constructed around the BESS compound to reduce the impact of noise further. Housing the transformers in cabins to reduce their noise emissions is also being explored as a design option.

We will develop a Construction Environmental Management Plan and follow best working practice during each phase of the construction and earthworks at the site to minimise potential levels of noise generated during construction of Beacon Fen Energy Park.

Similarly, studies are ongoing to minimise the visual impact of scheme, with screening and planting design being incorporated into the final design to reduce visual impact as well as provide environmental enhancement areas and buffer zones.

Subject to achieving consent, it is anticipated the project, including the grid connection, would take between two to three years to build. Based on our current programme, in the event of being granted consent the earliest construction would start is 2026 with the scheme then becoming operational in 2029.

Low Carbon is committed to enhancing the existing biodiversity within the boundary of the land available for the project. We will be expected to demonstrate a biodiversity net gain of 10 per cent as a minimum on the site. Surveys are being undertaken by ecologists to determine the native species and habitats onsite. Independent evidence of biodiversity net gains on solar farms, using metrics provided by the Department for Environment, Food & Rural Affairs, shows that solar farm biodiversity net gain can range from 20% to over 100%, see our Briefing Fact Checker (Page 7)

Measures could include providing new habitats, connecting and enhancing existing habitats, new planting of hedgerows and woodland, seeding of wildflower and new grassland and the introduction of grazing.

The site will not be floodlit at any time.

There is always a balance to be found when new development comes forward, with many factors and impacts to consider. Due to its proposed location, Beacon Fen Energy Park will utilise land that could be used for food production. However, the land take involved is minimal in the context of food production across Lincolnshire and allows clean energy to be generated at greater scale and efficiency than rooftop alternatives.

Solar farms provide valuable income for farmers, they can still be used for grazing, and they support UK farmers to continue food production on other parts of their land. The independent National Food Strategy Review shows that solar farms do not in any way present a risk to the UK’s food security. Briefing Fact Checker (Page 9)

In the UK, new solar farms occupy roughly four acres of land per MW of installed capacity. All solar farms in the UK currently account for 0.08% of total land use.

To meet the government’s net zero target, the Climate Change Committee estimates that we will need between 75-90GW of solar by 2050. Analysis indicates this would mean solar farms would at most account for approximately 0.4-0.6% of UK land – less than the amount currently used for golf courses. Briefing Fact Checker (Page 10)

More than 200 people engaged with our early (non-statutory) consultation between 15 May and 18 June. A wide variety of feedback was received, including concerns over how the energy park could work with another proposed Nationally Significant Infrastructure Project (NSIP) – the Anglian Water Lincolnshire reservoir, which is proposed on the same land identified for Beacon Fen South. Beacon Fen Energy Park could commence construction in 2026, but due to the scale and nature of the reservoir project, its DCO application will not be determined by then, which could have caused delays to Beacon Fen Energy Park as a whole.   

Following talks with Anglian Water and the early (non-statutory) consultation, Beacon Fen South, which was planned for land near to the village of Helpringham and the hamlet of Burton Pedwardine (southeast of Sleaford), was withdrawn from the Beacon Fen Energy Park proposal in July 2023. 

The northern area (previously known as Beacon Fen North) remains 

Other major changes since early (non-statutory) consultation; 

Cable route corridor: 

The electricity generated by Beacon Fen Energy Park will be exported into National Grid’s Bicker Fen substation. Following desk-based, environmental and land surveys along the proposed route, Beacon Fen Energy Park has identified a cable route corridor within which an electrical connection between the Energy Park and Bicker Fen substation will be routed. Since early (non-statutory) consultation, and the removal of Beacon Fen South from the project, the team identified broad search areas for the cable route and then reviewed the environmental constraints. This informed the selection of the preferred cable route corridor for the project on land south east of the solar array area 

Overhead cabling ruled out of project entirely in favour of underground cabling  

Changes to site boundary project design and introduction of proposed bespoke access road 

The installed capacity for the site is expected to be 400 megawatts (MW). An annual generation for a solar park of this size could generate approximately 373 gigawatt-hours (GWh) of renewable electricity per year. The expected renewable energy generation calculation can be carried out as follows:  

400,000kW (400MW x 1000) x 8,766 (number of hours in a year 365.25 days to account for leap years x 24 hours) x 0.11 (calculated using a capacity factor sourced from DUKES averaged over five years, (DUKES 6.3, BEIS 2022)) = 372,825,600kWh.  

Based on this annual electricity generation figure of 373GWh, we estimate that the proposed solar park could supply renewable electricity equivalent to the approximate annual domestic needs of some 130,000 typical UK households per annum (372,825,600kWh ÷ 2,900kWh), based on Ofgem Typical Domestic Consumption Values.  

References  

BEIS. 2023 Update – dated 2005 – 2021. Regional and local authority electricity consumption statistics  

DUKES TABLE 6.3, BEIS. 2022. Renewable sources of energy  

Ofgem. 2020. Typical Domestic Consumption Values  

To predict the estimated carbon dioxide emissions from electricity supplied from the solar park to the grid, the grid mix is considered, which comprises all fuels including nuclear and renewables. In 2021, the emissions intensity of the UK’s electricity grid was 0.21233kgCO₂e/kWh (DEFRA, 2021), meaning the proposed solar park could result in a yearly saving of 72,097 tonnes of CO₂e. This calculation is 372,825,600 x 0.21233/1,000 = 72,097 tonnes per year.  

References  

DEFRA. 2021. Greenhouse gas reporting: conversion factors 2021  

The UK electricity factor is prone to fluctuate from year to year as the fuel mix consumed in UK power stations (and auto-generators) and the proportion of net imported electricity changes. These annual changes can be large as the factor depends very heavily on the relative prices of coal and natural gas as well as fluctuations in peak demand and renewables. In the 2019 GHG Conversion Factors, there was a 10% decrease in the UK Electricity CO₂e factor compared to the previous year. In the 2020 update, the CO₂e factor decreased (compared with 2019) again by 9%. In the 2021 update, the CO₂e factor has again decreased by 9% (in comparison to the 2020 update). The above decreases are all due to a decrease in coal use in electricity generation and an increase in renewable generation (DEFRA.2021).

References

DEFRA. 2021. Greenhouse gas reporting: conversion factors 2021

As part of our early (non-statutory) consultation, concerns were raised about the impacts of construction vehicle traffic on local roads and associated noise and safety considerations.

Comprehensive environmental and related surveys have been undertaken over the past few months, including traffic counters in key locations, to determine the viability of the local roads around the Beacon Fen Energy Park site for accommodating construction traffic associated with the project. This included considering one-way and two-way routes, and the possibility of building a bespoke access road to the site.

We have taken the community feedback and survey results on board, to propose a bespoke access road for construction traffic to access Beacon Fen Energy Park’s solar array area. The bespoke access road is proposed on land linking the A17 between Kirkby la Thorpe and Asgarby to Heckington Road, joining Heckington Road between Howell and Ewerby Thorpe. The project team has since been carrying out further environmental surveys to determine the viability of the bespoke access road.

As part of our application, a Construction Traffic Management Plan will be submitted which will be followed by all transportation associated with the site and ensure potential impacts to the community are minimised. Traffic caused by the development will be monitored and a travel plan will also be created to track staff movements and ensure the best methods of transport are being used throughout construction.

Please find more information about the proposed access road here – https://www.beaconfenenergypark.co.uk/2023/10/27/new-access-road-proposed-for-beacon-fen-energy-park/

A bespoke access road will, initially, remove HGV traffic and abnormal indivisible loads (AILs) from local roads during the construction stage.

We are considering applying in the DCO to retain the bespoke access road, at a reduced width, for the operational lifetime of the development and during decommissioning.

This would have three ongoing benefits: removing occasional HGV movements from local roads during operation associated with replacement of batteries and solar panels; allowing abnormal loads in the event a transformer were to fail during operation; and allowing HGV traffic and abnormal loads for decommissioning to avoid local roads.