The reference table and list of data points resulting from other EU legislation are included in the appendix ‘Additional information’. (ESRS 2 IRO-2 par. 54 en 56)
For each disclosure requirement, consideration has been given to the information relevant to the topic and the related material impacts, risks, or opportunities. At the same time, the information needs of the most important stakeholders (including silent stakeholders) have been taken into account to ensure they have a clear understanding of Enexis’ impact and, if necessary, can incorporate this information into their decision-making. Departments within Enexis that are in (daily) contact with stakeholders provided input. This included reviewing external reports from recent years and providing feedback. No direct input from stakeholders was sought. (ESRS 2 IRO-2 par. 59)
The minimum reporting requirements (MDR) for policies (MDR-P), actions and resources (MDR-A), metrics (MDR-M), and targets (MDR-T) are detailed for the material sustainability topics in the relevant chapters of the Sustainability Statement. They are specifically mentioned in the ‘Reference table’ in the appendix.
Unless explicitly stated otherwise, the results included in the Sustainability Statement have not been validated by any external body other than the assurance provider.
Integration of sustainability performance into remuneration policies
The General Meeting of Shareholders approved the remuneration policy for the EB of Enexis Holding B.V. on 5 December 2012 and came into effect on 1 January 2013. Under this policy, it was decided that the EB’s remuneration would be determined per the Standards for Remuneration Act (Wet Normering Topinkomens, WNT). Neither the remuneration of the EB nor that of the SB for the financial year 2025 is linked to performance on the sustainability topics included in this Sustainability Statement. Enexis does not offer variable remuneration. (ESRS 2 GOV-3 par. 27)
Value chain estimation
The following metrics, which contain data on the upstream and/or downstream value chain, have been estimated based on indirect sources: (ESRS 2 BP-2 par. 6 en 10)
|
Metrics |
Basis for preparation |
Planned actions to improve the accuracy |
|
CO2-eq of scope 3 GHG-emissions (ESRS E1) categories insofar as data is not obtained directly from suppliers or raw material passports |
Spend based data; extrapolation; various generic emission factors |
Direct acquisition of supplier data instead of spend-based where possible; aim for less extrapolation |
|
CO2-eq emission due to refrigerant leaks of air conditioners |
Assumption that each air conditioner has an average of 3% leakage on an annual basis |
Sources of estimation and outcome uncertainty
The following quantitative metrics and monetary amounts have high measurement uncertainty: (ESRS 2 BP-2 par. 6 en 11)
|
Quantitative metric/or monetary unit |
Sources of metric uncertainty |
Assumptions, approximations and judgments used |
|
Gas leakages |
Gas leakages are calculated based on specific information, such as excavation damages and pipeline length in kilometres. To determine the emissions per damage and leakage, assumptions and estimates are made. |
Technical gas leakage is calculated on the basis of the OGMP. An external party (KIWA) determines the assumptions used in the calculation method, which Enexis adopts. |
|
CO2-eq reduction measures (ESRS E1) |
The effects of the measures are partly based on assumptions and extrapolation of measures already implemented. |
It is assumed that the scarce capacity of contractors required to implement the reduction measures will be sufficiently available. |
|
Euro's (CapEx en OpEx) for the benefit of CO2-eq reduction measures (ESRS E1) |
The costs of the measures are partly based on assumptions and extrapolation of measures already implemented |
Standard prices have been used when calculating the costs of certain work (e.g. replacement of gas pipes). |
|
CO2-eq emissions of components in scope 3 category 2 (ESRS E1) and inflow of primary raw materials per unit of product (ESRS E5) |
Material passports are used for the calculation of the CO2-eq emissions of components as part of scope 3 category 2 and for the calculation of the primary and secondary raw materials per unit of product in the Circularity chapter. |
The degree of circularity and the CO2-eq emissions of components are estimated on the basis of material passports provided by suppliers. One material passport is used per article number, even when multiple suppliers with different material passports supply the same article. |
Changes in preparation or presentation
Compared with the reporting on metrics in previous annual reports, the following information has been prepared or presented differently: (ESRS 2 BP-2 par. 6 en 13)
|
Modification and reasoning |
Adjusted comparative figure(s) |
Difference compared to figure reported in previous period |
|
Modification CO2 footprint 2024. Explanation is included in E1 "Our greenhouse gas emissions". |
||
|
Scope 1: modification emission factors gas consumption buildings and methane. |
113,635 ton CO2-eq |
8,061 ton CO2-eq |
|
Scope 2: CO2-emission factor grid loss electricity transmission location based adjusted. |
336,967 ton CO2-eq |
-115,326 ton CO2-eq |
|
Scope 3: Several adjustments. |
549,039 ton CO2-eq |
-66,405 ton CO2-eq |
|
Modification Energy consumption and mix 2024. Explanation is included in E1 "Energy consumption and mix". |
||
|
Classification of gas consumption buildings has been adjusted from 'renewable' to 'fossil sources' and therefore been recalculated using the correct conversion factor. |
6,073 MWh gas consumption fossil sources |
1,551 Mwh |
|
Modification in data resource use and circular economy 2024. Explanation is included in E5 'Inflow of resources' within the respective tables |
||
|
Table primary material per unit of product: Percentage progress in reducing primary material in MV cables has been adjusted |
3,60 kg primary material per unit / increase of 9% opposed to 2014 |
+0,12 kg primary material per unit / increase of 4% opposed to 2014 |
|
Table material in kilograms: kilograms and distribution of primary/secondary material |
24,662,371 kg |
-1,251,980 kg |
For an overview of the reporting requirements and/or data points that are included by means of references, see the ‘Reference table’ (ESRS 2 BP-2 par. 6 en 16)