Lesson one is that energy security and energy transition must be in balance to sustain energy systems that are also affordable.

Progress on the world’s rising climate action ambitions could be undermined by a shortage of some of the critical minerals used in clean-energy technologies including wind turbines, solar farms and electric vehicles (EVs),

With AI, utilities can forecast more accurately to predict how much actual power their installations will generate in any situation.

Amidst volatility in global energy markets, continuing recovery from the COVID-19 pandemic, and increasingly frequent climate-related challenges, the United States and India reiterated their commitment to accelerating a just and sustainable energy transition.

In their national statements, major nuclear power operating countries such as China, France, Japan, South Korea, the United States of America and Russia all made favourable mention of nuclear power as a reliable and low carbon energy source.

Smart energy systems are the future of clean energy. Apart from AI, technologies such as ML and blockchain in the energy sector also significantly impact the shift toward sustainable energy.

The US federal government’s effort to force the transition of the US energy economy from a mixed-fuel economy to an “all-electric everything” energy economy based on renewable electricity generation and storage is becoming a brutal and explicit combination of incentives and disincentives.

Saudi Arabia’s Permanent Representative to the UN Dr. Abdul Aziz Al-Wasel on Monday emphasized the importance of “adopting sustainable and cost-effective methods to achieve ambitious climate goals.”

Indeed, by 2025, companies in the steel, building materials, petrochemicals, non-ferrous metals, consumer goods, equipment manufacturing and electronics sectors with an annual revenue of CNY20m (US$2.9m) or more will have to cut their energy use by 13.5% from 2020 levels.

Roofers lead the way in residential solar innovation, and their efforts come at the best possible time.