Solar energy is a fundamental and rapidly expanding source of renewable power. Harnessing the potential of solar photovoltaic (PV) technologies, sunlight is converted into electrical energy through PV panels. This abundant energy can be utilised for immediate electricity generation or stored in batteries or thermal storage systems for later use. Solar PV technology plays a vital role in advancing the adoption of clean energy and offers versatile solutions for sustainable power generation.

Power-to-X technology plays a pivotal role in realising a carbon-neutral society while meeting the ever-growing energy demands. The Power-to-X projects are large-scale industrial electrolysis technology plants, operating at the gigawatt level, to produce hydrogen and ammonia. This breakthrough allows for the decarbonisation of sectors like transportation and chemicals, where large-scale renewable alternatives have historically been lacking. By leveraging Power-to-X, we are actively facilitating the transition towards sustainable and renewable solutions in previously hard-to-decarbonise industries.

Waste materials constitute a substantial and often overlooked resource for generating renewable fuels and energy. Waste wood, agricultural biowaste, household waste, and industrial biowaste possess the potential to be utilised in the production of biofuels, bioproduct precursors, as well as heat and electricity. Advanced biofuel technologies not only create valuable end products, but also enable the recirculation of nutrients, offering a sustainable alternative to the traditional incineration process. By tapping into the potential of waste materials, we can unlock both environmental and economic benefits, driving the transition towards a more circular and resource-efficient society.

Battery energy storage technologies are of paramount importance in expediting the transition from fossil fuels to renewable energy sources, assuming an increasingly vital role in balancing green energy supply and demand. These technologies serve as critical energy storage solutions, addressing imbalances between generation and consumption while facilitating seamless integration of renewables into the power system.


In collaboration with Copenhagen Infrastructure Partners (CIP), we are actively developing a portfolio of battery storage facilities in the United Kingdom. These facilities are designed to alleviate energy transmission congestion, paving the way for future expansions in renewable capacity and ultimately reducing costs for consumers. By harnessing the potential of battery storage, we aim to enhance the stability and efficiency of the energy grid while driving the widespread adoption of renewable energy sources.