At Guernsey Electricity we are committed to reducing our carbon intensity for the benefit of the island. This means staying not only abreast of but ahead of international best practice for reporting.
“We have an important role to play in delivering a low-carbon economy as part of the States’s wider energy strategy for the island” Alan Bates, CEO
As a signatory of the Kyoto Protocol - the UN Convention on Climate Change's framework for Greenhouse Gas (GHG) emissions mitigation, adaptation and finance - Guernsey has committed to tackling climate change and a ‘80% reduction of carbon emissions on 1990 levels by 2050’. Guernsey Electricity is fully supportive of this target. As a business we have already taken steps to reduce our emissions by 66% on our 1990 levels. In the 2017/18 financial year 86% of the energy supplied by Guernsey Electricity was low carbon, supplied from hydroelectric and nuclear plants through the cable link with France. We are also taking measures to further reduce our carbon emissions, including the installation of a Solar Panel Array at the Vale site and the phasing in of Electric Vehicles to our fleet. Guernsey Electricity is also planning for an energy transition where a greater proportion of energy is created by distributed renewable generation which would further reduce emissions for the island.
In April 2018 Guernsey Electricity launched a new reporting methodology, which has enabled us to disclose all of our greenhouse gas emissions involved in the company’s activities directly under the control of Guernsey Electricity. Supplier and contractor emissions are not included in our reporting at this stage.
We took the proactive decision to introduce this new carbon emissions reporting process to align the company with the best practice guidelines and requirements of the Paris Agreement, which is the due to replace the Kyoto Protocol in 2020.
The new process also now enables us to break our carbon reporting data down into direct emissions sources, such as fuel used in energy generation and company vehicles, as well as indirect emissions, for example imported electricity. This has been possible through the use of the international accounting tool the GHG Protocol and the DEFRA "Environmental Reporting Guidelines: Including mandatory greenhouse gas emissions reporting guidance June 2013". Our methodology and reporting process is reviewed annually by external GHG reporting specialists.
The graph shows the trend of Guernsey Electricity’s Total GHG emissions since 2012 by Financial Year (1 April – 31st March)
This pie chart shows the source of energy as a percentage in the Financial Year 2017/2018.
The latest figures of Guernsey Electricity's Green House Gas (GHG) Emission figures by Financial Year (1st April - 31st March).
(Tonnes of CO2 equivalent)
(Tonnes of CO2 equivalent)
|Scope 1: Fuel consumed in GEL's Vale Power Station to generate electricity, fuel used and fugitive emissions across our our distribution network, and our company vehicle and plant.||39,964||56,854|
|Scope 2: Electricity consumption in networks, electricity transmission and distribution losses and electricity consumed in GEL’s office buildings.||136||136|
|Scope 3: Electricity lost in the transmission across the Channel Islands Energy Group (CIEG) transmission network.||1,450||1,335|
|Intensity of distributed electricity
(grams CO₂ equivalent/kWh)
Emissions are calculated for the financial year running March to April.
The figures stated are Carbon Dioxide Equivalent Intensity, which means that for every Unit (kWh) of energy produced in a single quarter, an average of the figure shown equals the grams of CO₂e emitted.
Emissions of the greenhouse gases; carbon dioxide, methane, nitrous oxide and fluorinated gases (hydrofluorocarbons, perfluorocarbons and sulphur hexafluoride) are all included in our reporting, they are all presented in the form of CO₂e.
Emissions associated with imported energy, are calculated using figures published by EDF and include both direct and indirect emissions - the carbon intensity of hydroelectric is 10 gCO₂ e/kWh and nuclear energy is 6 gCO₂ e/kWh.
Our emissions are broken down into the following scopes, as defined by the Greenhouse Gas (GHG) Protocol: