Tag: #CleanEnergy

Urban centers are experiencing rapid electrification as electric vehicles, heat pumps and digital services become mainstream, creating cumulative electricity demand growth exceeding 30-50% in leading cities. This transformation requires unprecedented expansion of power infrastructure, generation capacity, transmission lines and distribution networks—challenging planners and utilities to invest decisively while managing grid stability and cost impacts.

Thermal energy decarbonization presents unique engineering challenges distinct from electricity generation transformation. Achieving reliable, affordable low-carbon thermal supply requires hybrid configurations, backup strategies and transitional energy models that maintain service continuity while progressively shifting from fossil fuels to renewable and low-carbon alternatives.

While electrification dominates decarbonization strategies, hydrogen has emerged as a complementary pathway addressing applications where direct electrical solutions face technical or economic limitations. Hydrogen enables long-duration energy storage, peak demand management, industrial heat provision, and international energy trade—functions essential to completing the energy transition.

The Competitive MAC Framework, which outlines the distribution of future Maritime Area Consents for offshore renewable projects, was published by the Maritime Area Regulatory...

With the launch of Conserv Augmensheet sheet encapsulant, which has been specially developed for insulation and sealing of busbar and junction box areas in...

Scatec ASA has signed a long-term power purchase agreement with the Egyptian Electricity Transmission Company for a large-scale renewable energy project combining solar generation...

Detailed comparison of hydrogen versus batteries and other storage technologies for seasonal balancing, grid reliability and renewable surplus utilisation in high-renewable power systems.