PSA_GROUP_REGISTRATION_DOCUMENT_2017
DECLARATION ON EXTRA-FINANCIAL PERFORMANCE Embracing environmental issues
Managing energy consumption 2.2.2.1.1. DPEF.24
energy consumption has come to maturity. The pilot certification to the ISO 50001 standard at four sites confirmed and improved the robustness of the internal energy-control procedures; reducing surface areas and optimising means of production within the framework of plans to make plants more compact; increasing the proportion of renewable energy in industrial processes, when an economically viable opportunity occurs; logistics-related CO 2 emissions with an action plan extending until 2022, even though this item is not included in the GHG Report. Reported energy consumption is expressed in MWh NCV (the most common unit of measurement). In terms of method, the use of calorific values is recommended by the French Decree of 31 October 2012, transposing Commission Regulation (EU) No. 601/2012 on the monitoring and reporting of greenhouse gas emissions pursuant to Directive 2003/87/EC of the European Parliament and of the Council. The coefficients proposed by these two regulations are derived from the work of the IPCC (Intergovernmental Panel on Climate Change), as are those of the greenhouse gas (GHG) Protocol, used as a reference by the global reporting initiative (GRI). As a result, values expressed in MWh can be converted to TJ simply by applying a multiplying factor of 3.6 (1 Wh = 3.6 kJ).
In 2015, updates of GHG emissions reports performed in France have bolstered the action plans adopted by the Industrial Department to reduce the carbon footprint of plants. These results confirmed that 83% of greenhouse gas emissions emitted by the Group come from primary and secondary energy consumption. Analysis of GHG emission profiles of the Group’s other industrial sites outside France shows a similar breakdown, exacerbated by the fact that local electricity production generates higher emissions than French electricity production. It makes sense therefore to tackle energy efficiency in order to reduce the carbon footprint of the Group’s industrial activities. On that basis, and in line with COP21 objectives aiming to limit global warming to 2°C, Groupe PSA has compiled projections of its industrial CO 2 emissions to 2025. The areas that need to be worked on were identified, with a view to reducing emissions in accordance with COP 21 commitments based on 2010 figures. This management plan is essentially based on: mapping the energy performance of all industrial sites to optimise their energy use. Today, the Group’s commitment to managing
Overall energy consumption DETAILED ENERGY CONSUMPTION
Combustible energy
Non-combustible energy
Non-renewable
Renewable
Heavy fuels
Biomass (wood)
Total energy consumption 4,259,782 4,188,082 4,108,269 3,127,146 3,036,834 2,975,368 196,566 213,893 240,154 1,958,031 1,861,207 2,349,510 6,414,380 6,263,081 6,697,933
Year
HHO NG + LPG Coke 794 1,770,364 86,733
Electricity Steam
(unit: MWh NCV)
PCD Automotive Activities
2017 2016 2015 2017 2016 2015
15,968 2,226,320 159,603
2,947 1,758,271
80,430
16,881
2,175,096 154,815
15,893 2,209,836 132,146 15,968 1,649,394 159,603
0 1,383 1,673,163 75,848
o/w PSA Automobiles SA
650 1,214,798 86,733 1,045 1,191,827 80,430
16,881
1,591,835 154,815
0 1,019 1,126,917 75,848
15,893 1,623,546 132,146
85,517 2,485 100,090 2,542
PCD Automotive Trade
2017 417 4,383 103,764 2016 432 7,290 103,540
111,783
0
0 115,095 3,954 5,843 1,392,968 21,973 5,499 1,311,402 22,127 5,373 1,572,758 23,067 21,811 3,704,805 184,061 21,467 3,586,588 179,484 21,266 3,897,689 159,167
2015 436 8,886
Faurecia
2017 971 6,546 529,731
2016
9,201
512,978
0 0
2015 1,423 9,970 736,919
TOTAL
2017 1,388 11,723 2,403,859 86,733 2016 432 19,078 2,374,789 80430 2015 1,859 20,239 2,521,865 75848
Heavy fuels = HSFO + LSFO + VLSFO. HHO = Home Heating Oil. HSFO = High-Sulphur Fuel Oil. LPG = Liquefied Petroleum Gas. LSFO = Low-Sulphur Fuel Oil. NG = Natural Gas. VLSFO = Very Low-Sulphur Fuel Oil.
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GROUPE PSA - 2017 REGISTRATION DOCUMENT
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