Energy

As long as hydrogen production relies heavily on fossil fuels, the policy will distract South Korea from its 2050 carbon neutrality strategy and end up emitting enormous additional greenhouse gases. To keep the net-zero pledge on track, South Korea should adopt a renewable-energy based hydrogen scheme by drastically cutting down its reliance on fossil fuels.

In less than five decades, nuclear power in Taiwan went from a much lauded energy source to a nuisance. After the Fukushima incident in 2011, growing concerns about safety led to a shifting of attitudes towards nuclear power. The current Taiwanese administration continues to pursue its policy to phase out nuclear power by 2025 but meets growing challenges. This article explores the history of Taiwan's nuclear power program, the factors that led to its decline, and the security challenges of phasing out nuclear power.

South Korea’s nuclear energy policies have undergone significant changes over recent years, showing an “unstable” character depending on respective governments in power. This article explains the political factors behind these policy changes and the arguments made for and against nuclear energy in Korea; it also explores the competitive relationship between nuclear energy and renewable energy. While nuclear energy is unlikely to be phased out any time soon, the challenge for South Korea remains to create a distributed energy systems that increases local self-sufficiency in electricity supply and introduces distributed renewable energy-friendly markets.

Nearly every country has enough solar and wind to generate its required energy. Pumped hydro makes large-scale energy storage a solved problem. Australia is a global pathfinder in solar photovoltaics. Clean hydrogen, imported from Australia, is frequently touted as a major player in the decarbonization of East Asia’s industrialized countries such as Japan and South Korea. But some of the proposed export markets for hydrogen energy are largely illusory, argues Australian National University engineering professor Andrew Blakers.