MHR, Nottingham

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MHR, a leading provider of HR, payroll, and finance solutions, has committed to a carbon reduction journey with a target to become carbon neutral by 2028 and achieve net zero by 2050. As part of this strategy, they engaged Step Energy to deliver an innovative solar PV installation at Britannia House, Nottingham, complementing site-wide carbon reduction measures.

The project formed part of a broader sustainability initiative across MHR’s Mere Way campus, integrating solar energy generation with EV charging infrastructure and site-wide renewable energy strategies.

Step Energy’s works included:

  • Design & Installation of In-Roof Solar PV:
    • 271 x 375W Solfit panels installed within the slate roofline for a discreet, high-quality finish
    • 3 x 40kW inverters to maximise system performance
  • Roof Integration: Stripping and relaying existing roof coverings to maintain site standards while incorporating the hidden in-roof PV array
  • Operational Continuity: Use of the existing internal client service network ensured minimal disruption to ongoing operations

Project Benefits

Annual Renewable Energy: 90,210 kWh of clean electricity powering offices
CO₂ Reduction: 17.45 tonnes per year, contributing to MHR’s carbon neutrality targets
Enhanced Sustainability: Supports Planet Mark business certification and broader carbon reduction goals
Innovation: Overcame previous planning and distribution network restrictions through innovative in-roof design

MHR Sustainability Strategy

The installation at Britannia House complements MHR’s campus-wide sustainability strategy. The in-roof PV system is part of a larger commitment to renewable energy, energy efficiency, and carbon reduction, aligning with Planet Mark’s certification requirements. By integrating solar PV directly into the roofline, MHR benefits from clean energy generation without compromising building aesthetics or operational functionality.

Conclusion

Step Energy’s in-roof solar PV installation at MHR demonstrates expertise in delivering renewable energy solutions for corporate campuses, combining aesthetic integration with high performance. The project contributes directly to MHR’s carbon reduction and net zero commitments, providing measurable environmental benefits while supporting operational efficiency and long-term sustainability.