One Integrated Platform
Solar, battery storage, ground source heat, HVO backup and off-grid infrastructure operating as a single ecosystem across OPF-GSEZ.
One coordinated system, not standalone technologies
OPF-GSEZ runs on one coordinated energy system rather than a set of standalone technologies. Solar generation, battery storage, ground source heat and HVO backup are engineered to work together under a private estate microgrid, delivering measurable carbon reduction and consistent supply to every occupier.
Five technologies, one platform
Each layer plays a distinct role, engineered to reinforce the others.
Every layer working in sequence
Solar panels generate the estate's primary electricity supply, with surplus power stored in the Battery Energy Storage System for use beyond daylight hours. Ground source heat reduces electrical demand for heating and cooling, easing pressure on the solar and BESS supply. HVO backup generation activates only when combined renewable output falls short, keeping the entire estate on continuous power through a single 33 kV microgrid and three distribution substations.
Why an integrated platform wins
Combines five technologies into one coordinated system instead of isolated installations.
Delivers the uninterrupted energy supply central to the zone's investment offer.
Reduces total reliance on any single generation or storage source.
Supports measurable, estate-wide carbon reduction targets.
Simplifies energy management for occupiers across Block A and Block B.
How the layers work together
Four coordinated functions keep the entire estate on continuous, low-carbon power.
Generate & Store
Store surplus generation for use beyond daylight hours.
Reduce Demand
Cut electrical demand for heating and cooling estate-wide.
Cover Shortfalls
Cover shortfalls automatically when renewable output drops.
Distribute Power
Distribute power through three 33/20 kV substations across both blocks.