The World Nuclear Industry Status Report 2020 (WNISR2020) provides a comprehensive overview of nuclear power plant data, including information on age, operation, production, and construction of reactors.

Nuclear has been left largely behind by booming demand for clean energy over the past decade.

Green hydrogen is beginning to have a main role in the energy strategies of many countries and companies. This molecule will have the capability of slowly displacing fossil fuels as a consequence of its versatility and gravimetric energy density.

A key result that also emerges from our work is that electricity markets must be modernised because existing market structures make investment in any unsubsidised low-carbon technology very difficult.

Now, electric grids are increasingly decentralizing, giving rise to cloud-based systems that pool resources to meet fluctuating consumer demand.

Key risks for the renewables sector are reductions in direct subsidies and tax credits as observed in China, Europe, and the US, permitting barriers and a cloudier outlook for long-term electricity prices.

Several oil majors are charting a faster shift to cleaner energy.

These goals are appropriately ambitious, while also realistic and achievable. Climate change mitigation is not a luxury but a necessity if we want to avoid a climate crisis.

Russia has 36 nuclear power units in operation and three new ones under construction. In March, Russia's Ministry for Economic Development published a draft strategy for low-carbon development to 2050. The strategy's basic scenario would see nuclear output grow from 203 TWh in 2017 to 225 TWh in 2030 and 260 TWh in 2050. State nuclear corporation Rosatom's foreign orders include 36 units, which are at various stages of implementation.

electricity demand in Vietnam is expected to increase by 7.5 to 8%/year until 2030.

Energy utilities do not want to simply collect information. They need to correlate it, see connections, and make changes to improve the business.

The EC&CM method closes the era of technologies and systems of optimal (from Latin optimum - best) energy control in real time.

achieving the goal of net emissions neutrality by 2050, and the long-term temperature objectives of Paris, will likely require both aggressive efforts to reduce greenhouse gas emissions, as well as large-scale deployment of so-called carbon dioxide removal (CDR)

as the energy transition continues in its switch from fossil fuels to renewables, the entire energy system gets increasingly disrupted.

This energy system needs to move from today’s reliance of fossil fuels and antiquated infrastructure into one based on clean, sustainable, and renewable energy sources, delivered through a highly distributed infrastructure, designed for the final consumer of the energy.