Key Points
- Havering Council has installed live solar PV systems at nine corporate sites, including libraries, community centres, and the Town Hall.
- The solar installations are connected to the Passive Web Portal for real-time data on electricity generation, cost savings, and carbon offset.
- The anticipated annual electricity generation from these sites is 274,145 kWh, estimated to save £76,000 and offset 175 tonnes of carbon by the end of 2025.
- This solar energy corresponds to the electricity consumption equivalent of about 100 average UK homes.
- Sites benefitting include Avelon Centre, Yew Tree Centre, Hornchurch Library, Rainham Library, Romford Town Hall, MyPlace, Central Library, Bedford’s Park Depot, and Harold Hill Library.
- Planned upgrades include a 60 kW system for the central depot and an expansion of the Romford Town Hall system to 90 kW.
- Post-upgrade, the council expects to save approximately £100,000 annually depending on system performance and energy prices.
- Councillor Natasha Summers, Cabinet Lead for Climate Change and Housing Need, emphasised the council’s commitment to tackling climate change and reducing carbon footprint.
- These solar projects are part of Havering Council’s broader Climate Change Action Plan aiming for a low-carbon future.
What Solar Energy Initiatives Has Havering Council Implemented?
Havering Council has made significant progress in adopting solar energy across its estate by installing live Solar Photovoltaic (PV) systems at nine corporate sites. These sites vary from libraries and community centres to the Town Hall in Romford. According to the official Havering Council release dated 22 September 2025, the solar systems are integrated with the Passive Web Portal, enabling real-time monitoring of electricity production, cost savings, and carbon reduction metrics.
This roll-out includes prominent locations such as the Avelon Centre, Yew Tree Centre, Hornchurch Library, Rainham Library, MyPlace, Central Library, Bedford’s Park Depot, Harold Hill Library, and Romford Town Hall—all now contributing to the council’s renewable energy generation efforts. The council estimates these systems will generate 274,145 kWh annually, resulting in a forecasted saving of around £76,000 and offsetting approximately 175 tonnes of carbon dioxide by the end of the current year.
How Much Financial and Environmental Impact Does Havering Council Expect?
The financial benefits identified by the Council are substantial, with current solar installations delivering estimated savings of £76,000 per year. These savings are expected to increase to approximately £100,000 annually, following upcoming expansions, including the installation of a 60 kW solar system at the central depot and the enhancement of Romford Town Hall’s solar capacity to 90 kW. The figures are subject to variables such as energy prices and system performance but signal a strong economic incentive for investment in renewable energy.
Environmentally, the solar systems are projected to achieve a carbon offset of 175 tonnes annually—equivalent to the electricity usage of roughly 100 typical UK homes, considering an average household consumption of about 2,700 kWh per year. This represents a noteworthy reduction in the borough’s carbon footprint, aligning with Havering Council’s strategic aims to combat climate change.
What Are Havering Council’s Future Plans Regarding Solar Energy?
Havering Council is progressing with further enhancements to its solar energy infrastructure. Planned projects include a 60 kW installation at Bedford’s Park Depot and an upgrade to increase the Romford Town Hall’s capacity to 90 kW. These improvements are anticipated to bolster energy generation and financial savings further.
Additionally, the council is continuing to integrate solar power within its broader Climate Change Action Plan, which reflects its leadership intent in promoting sustainability and carbon neutrality within the borough.
What Has Councillor Natasha Summers Said About These Projects?
Councillor Natasha Summers, Cabinet Lead for Climate Change and Housing Need, praised the initiatives, stating:
“This is a fantastic step forward in our commitment to tackling climate change and reducing our carbon footprint. By investing in solar energy across our estate, we’re not only cutting emissions but also saving money. These projects support our wider environmental aims and demonstrate how local government can lead by example in the transition to a low-carbon future”.
Her comments underline the significance Havering Council places on sustainability and fiscal prudence through renewable energy investment.
How Does the Council Monitor Solar Energy Performance?
The solar PV systems across the sites are connected to the Passive Web Portal, which provides real-time data on electricity generation, cost savings, and the amount of carbon emissions offset. This technological integration allows the council and stakeholders to track the effectiveness of the installations closely and facilitates data-driven decisions for future expansions and energy management strategies.
What Other Renewable and Energy Saving Initiatives Is Havering Council Involved In?
Havering Council’s commitment to environmental sustainability extends beyond solar PV installations. In 2025, the council launched the Low Energy Visitor Centre (LEVC) that showcases home and office retrofit technologies designed to enhance energy efficiency, including heat pumps, vacuum-sealed windows, and urban drainage systems. The LEVC aims to educate and inspire the community to adopt energy-saving measures, aligning with the broader Climate Action Plan targeting carbon neutrality by 2040 or sooner.
Furthermore, the council has completed a milestone in retrofitting social housing to improve energy performance and reduce fuel poverty, supported by government funding. This initiative focuses on upgrading homes to meet higher energy efficiency standards, resulting in reduced energy bills and improved living conditions for residents.
How Does Havering’s Solar Energy Programme Compare to Other Councils?
While Havering Council has actively expanded rooftop solar PV systems and is planning upgrades, other local authorities have also embraced large-scale solar projects. For instance, Havering London Borough Council proposed two solar farms totalling 15.5 MW capacity, placing solar energy as a significant component of council-led renewable adoption and community investment schemes. Other councils like Bristol, Portsmouth, and Swindon have diversified solar strategies involving solar bonds, power purchase agreements, and community funds as well, illustrating a growing trend towards local government leadership in green energy [Solar Power Portal, 2016].
