Advancing AGP’s 2030 Renewable Goal with a Sleeved PPA
How a bespoke sleeved PPA structure helped Ardagh Glass Packaging take a practical, traceable step towards full renewable electricity ahead of its 2030 goal.
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At a glance
marks AGP’s target for reaching 100% renewable electricity
of the solar project’s clean energy fed directly into AGP’s supply, advancing their renewable goals
Challenge
Ardagh Glass Packaging (AGP) is committed to sourcing 100% renewable electricity by 2030, a goal that demands both long-term planning and practical interim action. To progress toward this target, AGP needed a meaningful way to cut greenhouse gas emissions while also testing a full front-to-back Power Purchase Agreement (PPA) structure in a real-world setting. The aim was to take a pragmatic step that delivered impact today while building confidence and capability for future large-scale renewable procurement.
Solution
Ardagh Glass Packaging (AGP) is committed to sourcing 100% renewable electricity by 2030, a goal that demands both long-term planning and practical interim action. To progress toward this target, AGP needed a meaningful way to cut greenhouse gas emissions while also testing a full front-to-back Power Purchase Agreement (PPA) structure in a real-world setting. The aim was to take a pragmatic step that delivered impact today while building confidence and capability for future large-scale renewable procurement.
Outcome
Through this agreement, AGP is able to purchase 100% of the power generated by the renewable project, covering a portion of their overall electricity consumption and providing a clear step forward on their path to 100% renewable electricity by 2030.
For AGP, the arrangement strengthens their sustainability credentials while delivering measurable progress toward their decarbonisation goals.
For Brook Green Supply, the project demonstrates our ability to create and deliver complete, traceable, end-to-end PPA solutions that integrate renewable generation directly into customer supply, highlighting our expertise in flexible and practical renewable energy structures.
