Postcode electricity pricing, also called zonal pricing, proposes splitting Great Britain into regional zones with variable power costs based on local grid constraints and renewable energy supply. This radical shift from the current national pricing model would see households and businesses pay rates reflecting their area’s infrastructure capacity and generation mix. For instance, regions with abundant wind farms like Scotland might enjoy cheaper tariffs, while densely populated areas like London could face higher costs due to grid congestion. The system mirrors approaches used in Norway, Sweden, and parts of the US, where location-based pricing has reduced transmission waste by up to 18%.

The UK government’s decision to introduce road tax for electric vehicles (EVs) starting in April 2025 marks a significant policy shift. While this change may slightly increase the cost of owning an EV, it also underscores the importance of investing in efficient home charging solutions. Here’s everything you need to know about the upcoming changes and why now is the perfect time to consider purchasing an EV charger.

The United Kingdom has embarked on an ambitious journey to become a world leader in Carbon Capture, Utilisation, and Storage (CCUS) technologies. With a groundbreaking commitment of up to £21.7 billion over 25 years, the government has set the stage for a transformative era in the fight against climate change. This monumental investment not only positions the UK at the forefront of global efforts to reduce carbon emissions but also promises to create thousands of jobs and stimulate economic growth across the nation.

In a major leap forward for solar panel recycling, Dutch company Maltha Glass Recycling has successfully transformed 75 tons of solar panel glass into flat glass. This breakthrough, achieved in collaboration with Saint-Gobain, marks a significant step towards creating a circular economy in the solar industry. The pilot project, part of the broader Photorama initiative, demonstrates the feasibility of repurposing end-of-life solar panels into valuable materials for new manufacturing processes.

The world's largest iceberg, A23a, has recently run aground near the remote island of South Georgia, marking a significant event in its decades-long journey. This massive ice formation, weighing nearly a trillion metric tons and covering an area of 3,672 square kilometers (1,418 square miles), has finally come to a halt after drifting through the Southern Ocean since 2020.

The United Kingdom is poised for a remarkable solar energy expansion in 2025, with forecasts predicting an addition of 3-3.5GWp-dc of solar capacity. This surge represents a staggering 50% year-on-year increase from the 2.3GWp-dc added in 2024, signaling a new era in the nation's renewable energy landscape. The growth is driven by a combination of factors, including residential rooftop installations, commercial rooftops, and large-scale ground-mounted projects.

Solar energy has evolved from a scientific curiosity to one of the world's most promising renewable energy sources. This remarkable journey spans more than a century of innovation, scaling from primitive early experiments to massive installations capable of powering entire regions. Understanding this history provides valuable context for homeowners and businesses considering solar installations today, as it demonstrates the proven track record and ongoing improvements in this revolutionary technology.

Agrivoltaics, also known as APV (Agri-Photovoltaics), is an innovative approach that combines agriculture with solar energy production. This cutting-edge practice involves installing solar panels above or alongside crops, allowing farmers to simultaneously grow food and generate electricity on the same land. As the UK faces increasing demands for both food and clean energy, agrivoltaics offers a smart solution that optimises land use efficiency and creates a synergistic effect between food production and renewable energy generation.

The Solar Quality Summit Europe 2025, held from February 18-19 in Barcelona, Spain, brought together key stakeholders in the solar industry to address critical issues in quality management, technological advancements, and market trends. This annual event, organized by SolarPower Europe in collaboration with Intersolar, aimed to advance the long-term quality of Europe's solar projects as the continent strives to reach terawatt-level solar capacity.