Malfunction causes shutdown of nuclear power reactor in South Korea

YONGGWANG, SOUTH KOREA - A malfunction caused a shutdown of a nuclear power reactor at one of South Korea's atomic power plants, authorities said.

Operators at the Younggwang Nuclear Power Plant in South Cholla Province said operations of Unit No. 1 were suspended after a malfunction was detected.

"There was no radiation leakage, and once experts determine the exact cause of the malfunction, operations will begin again," said a spokesman for the plant, located 322 kilometres south of Seoul. Minor malfunctions that could lead to a shutdown are not reported to the International Atomic Energy Agency.

The generator is one of six units in the power plant. It went into commercial operation in August 1986 and has generates 950 megawatt of electricity.

In addition to the Younggwang plant, South Korea operates 20 nuclear reactors throughout the country that fuel 40 per cent of the country's electricity needs.

Related News

hydro one logo

Hydro One announces pandemic relief fund for Hydro One customers

TORONTO - We are pleased to announce a Pandemic Relief Fund to assist customers affected by the novel coronavirus (COVID-19). As part of our commitment to customers, we will offer financial assistance as well as increased payment flexibility to customers experiencing hardship. The fund is designed to support customers impacted by these events and those that may experience further impacts.

In addition to this, we've also extended our Winter Relief program so no customer experiencing any hardship has to worry about potential disconnection.

We recognize that this is a difficult time for everyone and we want our customers to know that we’re…

READ MORE
keyboard

Criminals posing as Toronto Hydro are sending out fraudulent messages

READ MORE

Hydro-Quebec shocks cottage owner with $5,300 in retroactive charges

READ MORE

hinkley Point C

Setbacks at Hinkley Point C Challenge UK's Energy Blueprint

READ MORE

fuel cell

New fuel cell concept brings biological design to better electricity generation

READ MORE