2023 Carbon Performance Data Pack

Emissions (tCO2e) FY 2020 FY 2021 FY 2022 FY 20231 Commitment
to Net Zero For 2025
Scope 1  841 852 926 2 924 3 Yes
tCO2e/FTE 3.5 2.7 2.5  2.5        
Scope 2 - market-based 105 127 8 17 4 Yes
tCO2e/FTE 0.4 0.4 0.0 0.0           
Scope 2 - Location-based 127 107 113 144  
tCO2e/FTE 0.5 0.3 0.3 0.4         
Total Scope 1 and 2 (tCO2) 946 979 934 942 Yes
Scope 3: Category 1 (paper use) 5 3 3  3 Yes
Scope 3: Category 3 (indirect energy) 235 236 230 231 Yes
Scope 3: Category 5 (waste) 5 2 2 1 Yes
Scope 3: Category 6 (business travel) 647 542 861 682 Yes
Scope 3: Category 7 (employee commuting) 147 159 206 146 Yes
Scope 3 - Total Own offices and employees (tCO2)

kgCO2/FTE
1,039


4.3
939


3.1
1,302


3.6
1,063


2.9
Yes
Scope 3 - portfolio 'in use' (category 13: downstream leased assets) (tCO2)1 67,456 68,251 87,261 104,863 5 No
kgCO2/SQM 27.6 22.1 20.0 21.2  
Scope 3 - embodied carbon developments (category 1 + category 11)

kgCO2/SQM
269,223


507.0
297,686


457.0
538,260


472.0
313,172


489.0
No
           
Total Scope 3 (tCO2) 337,718 366,876 626,823     419.097 No
           
Total GHG emissions  (tCO2) 338,664 367,855 627,757     420,039  
           
Total Scope 4  (tCO2) (4,305) (6,314) (7,328) (21.083) n/a

1) The underlined values were subject to limited assurance

2) Change compared to prior reported figure due to entities that had wrongly been allocated a grossed up heating fuel amount.

3) Considerations for the evaluation of the scope 1 emissions: Scope 1 is set up in accordance with the GHG protocol and reflects the fuel use and district heating used for the heating of VGP offices and the fuel use of the company cars. The Scope 1 emissions that come from fuels used for heating and are calculated in accordance with the GHG protocol. For Austria, Denmark, France, Latvia, Luxembourg, Serbia and Slovakia the fuel use has been based on extrapolation. The extrapolations were made by making an average between Romania’s, Belgium’s and The Netherlands's VGP office surface and natural gas consumption. The remainder of Scope 1 emissions come from the emissions of company cars. To calculate the emissions from company cars the KM's driven (estimates derived from lease contracts or employee statements) and the used liters of fuel consumed were used. One extrapolation was made to come to the fuel use of the company cars in the Seville office in Spain. The extrapolation was made by multiplying an average of other sites that have evidence, and the number of employees of the respective site. The 0,2% decrease y-o-y on the one hand reflects the transition in the car fleet from a fuel based fleet to an electrical or hybrid car fleet. This effect is offset by the increase of emissions that come from office heating, this increase is mainly caused by increase of 15% surface area of the offices.

4) Considerations for the evaluation of the scope 2 emissions (Market based & Location based): Scope 2 is set up in accordance with the GHG protocol and reflect the emissions from the electricity consumption in the offices and the electricity used to charge the electric company cars. The Scope 2 emissions that reflect the energy consumption of offices are calculated in the following manner: For the calculation of the total emissions, extrapolations were made for the offices in Austria, Denmark, France, Latvia, Luxembourg, Portugal (Lisbon) Serbia, and Spain (Madrid, Sarragosse, Seville). The extrapolation was made based on surface area of the offices multiplied by an average that was calculated based on all the other offices that have evidence for their consumption. The Scope 2 emissions that reflect the electricity used for electric vehicles have been calculated without the use of extrapolations. In 2023 VGP saw a significant increase in the amount of EV's in the company’s fleet. As the VGP Offices have a PPA for green energy, the KWh amounts charged at office charging facilities have been included under this arrangement and are considered to use green energy. The 27% y-o-y increase in the location based scope 2 emissions is explained by the 25% increase in energy usage compared to the 2022 period (the 15% increase in office size being a main driver together with office charging of the EV fleet). Another minor driver for the increase in location based emissions are the y-o-y changes in emission factors. The 13% increase in market based scope 2 emissions is caused by the increase electric vehicles and their charging outside of the office facilities. The KWh’s charging are considered to be grey energy.

5) Considerations for the evaluation of the Scope 3, Category 13 emissions: The emissions in this category consist of Indirect emissions from energy consumption and fugitive emissions due to leaks of refrigerant gas/fluid in tenant’s operations in VGP’s standing portfolio. The 20% YoY increase of emissions can be explained due to a ca. 13% growth of the m2 in the portfolio combined with part of the portfolio that was delivered at the end of FY22 being taken in full use over FY‘23. The total amount of buildings considered in the 2022 sample was 197 and in 2023 there were 222 buildings considered. From this 222, 91 buildings used full or partial extrapolations for the Fuel use and 42 buildings used full or partial extrapolation for the Electricity use. The extrapolations are based on the averages per industry segment that have been determined out of the available data for the applicable year. We have identified the following segments: Industrial: Non-refrigerated warehouse, Industrial: Refrigerated warehouse, Industrial: Manufacturing, Office: Corporate: Low-Rise Office, Other: Parking (Indoors). For further details on the evolution of the tenant in – use emissions please refer to section 3.1.2.3

Energy consumption

Energy consumption within the own organisation

Energy Data 2019 2020 2021 2022 2023 % change YoY
Gas (GJ) 166 187 293 404 462 15%
Grey Electricity (MWh) 276 286 244 - - -
Renewable Electricity (MWh) 135 130 191 380 478 26%
Fuels (diesel and gasoline) GJ 23226 15164 12880 13846 13508 -2%
E-Charging MWh n/a n/a 13 21 76 264%
Total energy GJ 24,386 16,848 14,736 15,639 15,963 2%
Total energy MWh 6774 4680 4093 4344 4434 2%
Total energy consumption per FTE (MWh/FTE) 34 19 13 12 12 -4%
  6639.1 4550.5 3902.9 3963.9 3955.7  

Energy consumption within the portfolio

Total energy consumption - portfolio (MWh) FY 2020 FY 2021 FY2022 FY 2023  % change YoY
Total renewable energy produced on-site 14,894 24,156 27,662 50,712 14.5%
Of which renewable energy consumed on-site 911 3,646 3,858 4,539  
Green energy purchased from grid - 4,169 9,610 4,672  
Total green energy consumed 1 7,815 13,468 9,211 72.3%
           
Total grey electricity purchased from grid 137,501 161,904 214,345 214,727  
           
Total electric energy consumed 138,412 169,719 227,814 223,938 34.2%
KWh / m2 56.7 54.9 53.0 45  
Kilo CO2 / KWh 0.37 0.31 0.33 0.42  
tCO2 50,871 53,435 75,806 94,295 41.9%
           
Gas          
Total fuel consumed from grid (KWh) 83,694 73,642 58,281 51,805 -20.9%
Fuel emissions (tCO2) 15,499 13,624 10,782 9,584 -20.9%
           
Renewable Energy: produced and sold to grid (KWh) 13,983 20,510 23,804 46,173 16.1%
kilo CO2 / KWh 0.37 0.31 0.33 0.42  
tCO2 'elsewhere avoided' (scope 4) 4,305 6,314 7,328 19,442 165.3%
Like for like energy consumption (2021 base year) FY2020 FY 2021 FY2022 FY2023 Change
Base year 2020          
Electricity (KWh) 110,638,126 118,137,794     6.8%
Gas (KWh) 37,465,023 37,585,975     0.3%
Base year 2021          
Electricity (KWh)   146,376,023 158,234,854   8.1%
Gas (KWh)   52,036,372 43,533,754   -16.3%
Base year 2022          
Electricity (KWh)     164,547,921 171,132,099 4.0%
Gas (KWh)     46,258,518 37,300,737 -19.4%
Energy intensity (kWh/m2)     74.25 73.41 -1.1%

 

Waste production

Waste: own organisation

Waste (metric tonnes) FY 2022 FY 2023 Comments
Total waste recycled/ reused 1.4 1.2 (1)
Total waste disposed 0.5 0.6 (2)
Total waste 1.9 1.9  

(1) Waste emissions for FY2023 are mainly calculated based on an extrapolation of data from offices with known data

(2) Total waste emissions are 0.6 tCO2e, or 0.03% of total emissions. 97% of waste emissions result from residual waste, paper waste caused 2% of waste emissions and 28% of waste generation 

 

Waste: portfolio

Waste (metric tonnes) FY 2023 Comment
Hazardous waste 809  
Non-hazardous waste1 30,204  
Total waste produced 31,013  

(1) Waste emissions for FY2023 are calculated based on an extrapolation of tenant disclosed data (data coverage FY2023 4 and 14 % respectively based on floor area)

Waste: portfolio

Like-for-like comparison      
2022 base year FY 2022 FY 2023 % YoY Change
Hazardous waste 879 809 -8%
Non-hazardous waste1 1690 1624 -4%

Waste generation: construction sites

Waste (metric tonnes) FY 2023
Reported construction waste 5,519
Hazardous waste 188
Recycled waste 4,428
Recycled waste as percentage of total construction waste 80.20%

Portfolio Water Management

In 2023, water consumption in our parks, including water used for vegetation, increased by 21 % compared with 2022 due to growth of the overall portfolio and more rainwater being retained and used in our parks. On a like-for-like basis grid water usage decreased year-over-year by 13% and grid water usage intensity decreased by 3% year-over-year, reflecting the effect of more water saving measures (in compliance with EU Taxonomy “Do No Significant Harm”– requirements) being deployed at new developments and refurbishments.

Water (cubic metrics) FY 2020 FY 2021 FY 2022 FY2023 Change YoY
Average grid water consumption (litre/m2) 93 82.8 83.6 78.9 -6%
Total water consumed from water grid 179,917 256,000 365,000 385,766 5.00%
Total water collected and re-used on site n/a n/a 105,000 180,800 72.19%
Total water consumed/collected 179,917 256,000 470,000 566,566 20.55%
Like-for-like comparison - 2023/2022     255,163 221,793 -13%