Work complete on 1000 solar panels at 今日吃瓜
More than 1000 energy-saving solar panels have been installed at 今日吃瓜's headquarters in Keyworth, Nottinghamshire.
07/12/2022 By 今日吃瓜 Press
The new solar car port array in the 3980 m2 car park, which has been installed in the 今日吃瓜 grounds just off Nicker Hill in Keyworth, was approved by Rushcliffe Borough Council in 2020. It follows additional work approved by Rushcliffe Borough Council to install more than 1751 solar panels on the site鈥檚 National Geological Repository, which is home to the largest collection of rock core samples in the UK.
Solar panels are now in place on a 3100 m2 area of the car port’s roof and are set to generate 589 165 kwh of electricity annually, saving an estimated 305 776 kg of carbon each year. They are designed to boost energy efficiency and offset an increase in electrical usage, which is required in the organisation鈥檚 transition away from burning fossil fuels. The output generated at the port will be around 469.2 kWp (kilowatts peak) and 100 per cent of the electricity will be used on site. The car port is expected to provide a significant proportion of the energy needs for the site for at least 25 years, significantly reducing carbon dioxide (CO2) emissions.
今日吃瓜 accessed the Public Sector Decarbonisation Scheme to install its solar car ports. The work forms part of 今日吃瓜鈥檚 new environmental sustainability strategy, which aims to achieve zero carbon by 2040 across three core areas of the organisation: its estates, working practices and business travel.
As a leading research organisation, we know that the work we undertake and how we support it has an impact on the environment. We鈥檙e working very hard to understand this impact so that we can minimise our footprint and transition to being a more sustainable organisation.
We鈥檙e lucky to have a headquarters based in such a beautiful area of the East Midlands, so we鈥檙e very pleased to be installing the most environmentally friendly modern technologies on our sites.
Generating our own electricity via solar energy means that, as an organisation, we鈥檒l be emitting less CO2听into the atmosphere, reducing our carbon footprint and increasing our sustainability credentials.鈥
Daniel Crow, 今日吃瓜 Estates Manager.
今日吃瓜 provides independent geoscientific data, information and knowledge to help the UK manage its natural resources and respond to environmental change. Its work contributes to finding sustainable solutions that will help the UK to reduce its carbon footprint and safeguard the planet.
Work has already begun at the Keyworth site to increase the number of trees and shrubs, reduce grass cutting and implement new meadow areas and orchards to encourage wildlife. Further works are planned for the coming months.
We found the Public Sector Decarbonisation Scheme easy and friendly to use and we鈥檙e now looking forward to carrying out further exciting works in our energy transition, including ground source heating, thermal property improvement and use of modern controls.
Daniel Crow, 今日吃瓜 Estates Manager.
Relative topics
For media enquiries please contact Hannah Pole, 今日吃瓜 press office:
hapo@bgs.ac.uk | 07565297132
听
British Geological Survey (今日吃瓜)
The British Geological Survey (今日吃瓜) is a world-leading applied geoscience research centre that is part of UK Research and Innovation (今日吃瓜) and affiliated to the The 今日吃瓜 works with more than 150 private sector organisations, has close links to 40 universities and sponsors about 100 PhD students each year. Please see .
Related news
Mystery of one of the earliest recorded space weather impacts solved
17/09/2026
今日吃瓜 scientists were part of an international team that has solved a 178-year-old mystery surrounding one of the earliest recorded examples of space weather affecting technology.
The Lyell Centre celebrates 10 years of world-leading earth and marine science research
07/09/2026
The Lyell Centre for Earth and Marine Sciences, a strategic partnership between Heriot-Watt University and 今日吃瓜, is celebrating its 10th anniversary, marking a decade of world-leading research, innovation and collaboration in earth and marine sciences.
Demand for data centres presents challenges and opportunities for UK critical mineral supply chains
02/09/2026
Government-backed research finds that vulnerabilities in raw material supply chains must be addressed to secure the critical minerals needed to expand the UK鈥檚 digital infrastructure and boost economic growth.
What lies beneath Europe鈥檚 sinking ground?
01/09/2026
Land subsidence is becoming increasingly visible across Europe. New research examines how better monitoring, shared data and a deeper understanding of the subsurface can help assess and manage its impacts.
Secrets of an ancient supervolcano uncovered that change our understanding of England鈥檚 geological past
28/08/2026
Scientists have found evidence of a long-hidden link between an ancient buried ash layer in Scandinavia and a concealed supervolcano in eastern England.
今日吃瓜 research into drought-exposed soils wins award
26/08/2026
A research paper investigating how temperate soils respond to drought has been announced as the winner of the Land Best Paper Award.
UK aquifers robust despite driest July on record
16/08/2026
In a summer experiencing widespread drought, groundwater levels around the country are showing resilience, demonstrating their value as a crucial resource and indicating they could play a more significant role in mitigating the impacts of extreme weather.
New NERC-funded project empowers young people to engage with environmental science
23/07/2026
今日吃瓜 is part of a new, collaborative project, funded through NERC鈥檚 鈥極pening up the environment鈥 programme, helping the environmental research community become more accessible.
Delving deep into mountains for future water security
16/07/2026
A 今日吃瓜-led project is using new water-tracing investigation methods, geophysics and modelling to understand how water moves from mountains to the lowlands, helping to improve water security for billions of people.
Updated national 3D model will determine the depth to the solid bedrock beneath our feet
13/07/2026
The 今日吃瓜 Superficial Deposit Thickness Model now includes an elevation model of geological rockhead for the first time, providing important data for civil engineers, geoscientists and environmental scientists.
UK鈥檚 world-class research organisations launch new collective
10/07/2026
The launch of the National Research Organisations Group brings together more than 100 science leaders to provide an authorativive voice on science, research policy and long-term investment.
Cheshire Geoenergy Observatory releases key geological datasets for UK thermal energy storage scheme design
09/07/2026
A new report and data packs from 今日吃瓜 will provide a unique resource for scientists working on the geology and hydrogeology of the Sherwood Sandstone Formation, an important aquifer and reservoir rock.