The expansion of the Great British Energy National Solar Scheme marks a major milestone in the UK's transition toward renewable energy, spearheading a wave of change that impacts military bases, NHS facilities, and schools on a national scale. As part of a £255 million initiative, the scheme is set to increase national solar capacity, drive energy security, and provide significant cost savings while positioning the UK as a global leader in solar deployment. Atlantic Renewables, with its deep industry backing, stands at the forefront to deliver industry-leading solar PV and battery storage solutions that align with this ambitious government programme.

Manchester City Council has unveiled an ambitious new climate action plan for the period 2025-2030, setting a benchmark for sustainability in the region and mapping out a future that puts the environment, community resilience, and clean energy at its heart. This five-year climate strategy is a critical pathway for Manchester to reach its broader target of becoming a zero carbon city by 2038, twelve years ahead of the UK’s national deadline. Businesses, residents, and stakeholders in Manchester must understand how these initiatives will transform energy use, urban infrastructure, and the overall economic landscape as decarbonisation accelerates.

Labour’s announcement of a new law to permanently ban fracking marks a watershed moment for the UK’s climate and energy policy, drawing a clear line between clean energy ambitions and the revival of controversial fossil fuel extraction. The move, spearheaded by Energy Secretary Ed Miliband, sets the stage for the UK to accelerate its transition towards renewables, such as solar PV and battery storage, while sharply distinguishing Labour from its critics and political opponents.

A new 2025 report has revealed that 55% of European power systems have limited electricity import options, posing significant risks for energy security, grid flexibility, and the continent’s capacity to meet climate targets. This challenge underscores the urgent need to upgrade cross-border infrastructure and adopt more decentralised solutions—such as solar PV and battery storage—to future-proof Europe’s electricity supply.

Nations’ plans to ramp up coal, gas, and oil extraction threaten to push global climate goals out of reach, undermining both the Paris Agreement and net-zero pledges. As major economies double down on fossil fuel production, the pathway toward maintaining global temperature rise under 1.5°C becomes alarmingly narrower.

Private renters across the UK are facing a severe energy affordability crisis, with substantial proportions forced to ration their energy use in order to afford soaring bills. Contrary to the hypothetical scenario where “0% of private renters ration energy use to afford bills,” current data demonstrates that more than 40% of the nation’s private renters are limiting their gas and electricity usage—a trend that raises urgent questions about energy efficiency, government policy, and the transition toward affordable renewable solutions like solar PV and battery storage.

Fossil fuel burning poses a severe and ongoing threat to the health of 1.6 billion people worldwide, primarily due to its role in air pollution and the release of toxic particulate matter. Recent data highlights the urgent need for a global shift to cleaner energy solutions, such as solar PV and battery storage, to safeguard public health and promote sustainability.

In September 2025, a major United Nations report delivered hopeful news for environmentalists and public health advocates worldwide: the Earth’s ozone layer is demonstrably healing, with the infamous ozone hole shrinking markedly over recent years. According to the World Meteorological Organization’s Ozone Bulletin, the ozone hole in 2024 was smaller than in past years—a signal of recovery sustained by decades of global cooperation. Based on atmospheric observations and modelling, the layer is now on track to return to 1980s levels by mid-century, and the Antarctic ozone hole could vanish altogether within several decades.

Groundbreaking research in 2025 has revealed that human-induced global warming was responsible for nearly two-thirds—specifically, 68%—of the 24,400 heat-related deaths reported this summer in European cities and urban centres. As climate change accelerates, Europe stands at the frontline, with rapidly rising average temperatures leading to deadlier, more frequent heatwaves. This shift not only signals a humanitarian crisis but underscores the urgent necessity for climate action and mitigation—particularly in the context of energy transition and sustainable living.