Solar to Hydrogen

The International Renewable Energy Association says the integration of hydrogen into the energy transition will not happen overnight and electrolysis costs will not be halved until the 2040s. That hydrogen and related products could revolutionize the world energy landscape, however, is not in doubt.

A new report in Sweden suggests that renewables are an ideal source of power for marine vessels, based on a case study in which solar PV and proton-exchange membrane fuel cells, combined with a diesel generator, were used to reduce the greenhouse gas and particulate emissions of cruise ships by almost 10%

Australia’s Northern Territory has unveiled a new target of net-zero carbon emissions by 2050 in a policy document that touts solar and backs a proposed 10GW/20-30GWh solar-plus-storage plant earmarked to provide energy to the region and Singapore.

EuPD Research has calculated what needs to be done to replace the nuclear and coal generation to be phased out in Germany. Accelerated expansion of PV appears the best short-term option. However, storage capacity will need to increase 30-fold by 2040 so solar can become the main pillar of the country’s energy system.

French developer Neoen wants to build an energy superpark in South Australia that comprises 1.2GW of wind, 600MW of solar and 800MW of battery storage capacity.

With the 200 hydrogen bikes offered to journalists and world leaders at the G7 summit in Biarritz proving popular, manufacturer Pragma Industries has received an order for 1,000 of them from Chilean president Sebastian Pinera. The company’s founder, Pierre Forté, wants the bike to have a societal impact in developing countries.

Two of Germany’s leading research institutes and a CIGS module maker have announced plans to work on the development of perovskite-CIGS tandem cells with a target of producing thin film modules with better than 30% efficiency.

The Emirati utility and the Chinese communications giant and inverter maker have discussed how they can work together to roll out solar and storage in Dubai as well as collaborating on cyber security and the use of AI to analyze cyber threats.

The Dubai Water and Electricity Authority will use energy from the gigawatt-scale Mohammed Bin Rashid Al Maktoum Solar Park to provide a new hydropower plant with pumped storage capacity. The state-owned utility has announced a number of innovations for the project in recent months, including plans for hydrogen and large-scale storage capacity.

Scientists at the Australia National University have observed a key stage in the process of photosynthesis which could be copied to greatly increase the efficiency of sunlight-powered water splitting processes used to produce hydrogen.

Michael van der Gugten, Sales and Marketing Executive at Smit Thermal Solutions, is convinced that perovskite solar cells have reached maturity, and that they are ready to make the step from the lab to production. He is leading the organization of a conference on this topic and expects that the perovskite community, production equipment suppliers and crystalline silicon cell manufacturers will discuss the implementation of perovskite-silicon tandem cells or the production of standalone perovskite modules.

French renewables developer Neoen has won development approval from the South Australian government for a major renewable energy project, with 125 MW of wind, 150 MW of solar PV and 130 MW/400 MWh of lithium-ion battery storage. The project could also include up to 50 MW of on-site hydrogen production capability.

A monster A$500 million wind-solar-battery facility capable of generating 275MW has been greenlit by the South Australian government.

Researchers at Siberian Federal University, together with colleagues from the Royal Institute of Technology (Stockholm, Sweden), discovered new properties of material based on palladium, which can increase the performance of solar cells.

Batteries power our lives: we rely on them to keep our cell phones and laptops buzzing and our hybrid and electric cars on the road. But ever-increasing adoption of the most commonly used lithium-ion batteries may actually lead to increased cost and potential shortages of lithium - which is why sodium-ion batteries are being researched intensely as a possible replacement. They perform well, and sodium, an alkali metal closely related to lithium, is cheap and abundant.