SKKU develops world’s most efficient solar cell

Professor Seok Sang-il of Sungkyunkwan University
Professor Seok Sang-il of Sungkyunkwan University

A group of researchers have developed a next-generation, more economical perovskite-based solar battery, thereby creating the world’s most efficient solar cell. Led by Professor Seok Sang-il of Sungkyunkwan University (SKKU), the team announced on January 9 that they have successfully developed a new perovskite solar cell technology. The newly developed solar cells are priced at one third the price of existing silicon solar cells and show an efficiency performance rate of 20.1 percent, equivalent to existing silicon solar cells.

This is now the most efficient solar cell officially recognized by the U.S.-based National Renewable Energy Laboratory (NREL).

Currently, silicon solar cells account for about 90 percent of the solar cell market. Silicon solar cells are made from high-purity silicon. They are highly efficient at transforming solar energy into electric energy. Their weaknesses, however, is their complicated production process and expensive price.

For full article, see Korea.net.

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Hanwha takes an outside-the-box approach to photovoltaic power

Hanwha Group, South Korea-based conglomerate that has adopted solar power as its next key growth propeller, has sealed the last deal of its vertical integration within the group. “Hanwha Chemical completed the construction of a polysilicon production line with an annual capacity of 10,000 tons at the Yeosu plant,” said an official at the group last Sunday. “We will conduct inspection by production process between early June and late this year, and start mass production in January next year.”

With the construction, the conglomerate has fully integrated the entire value chain of photovoltaic power: Hanwha Chemical manufactures primary component polysilicon; Hanwha Solarone handles secondary components ingots and wafer cells; Hanwha Solarone and Hanwha Q Cells manufacture cells and modules that make up solar panels, and; Hanwha Q Cells Korea partakes in bids and builds and operates photovoltaic power plants.

For full article, see Maeil Business.

Government plans 18 thermal plants

Korea will build as many as 18 thermal power plants by 2027 while also significantly expanding the generation capacity of clean, renewable power sources, such as solar and wind farms, the government said yesterday. The move comes as the country’s electricity consumption is expected to grow by an annual average of 2.2 percent, from 482.5 billion kilowatt-hours this year to 655.3 billion kilowatt-hours by 2027.

The country’s peak power demand is expected to grow at a faster rate of 2.4 percent per year from 79.7 million kilowatts in 2013 to over 110 million kilowatts in 2027, according to the Ministry of Knowledge Economy.

The government sets a 15-year power supply plan in place every two years. The latest is the sixth of its kind. Under the new plan, the government seeks to increase the total generation capacity of clean, renewable sources to 12 percent of total consumption in 2027, compared with only 7 percent in 2025 under the fifth power supply plan announced two years earlier.

For full article, see Joongang Daily.

Green energy industry prospects dimming

2013_02_RNE-koreaThe nation’s clean energy businesses are going downhill, squeezed by a slump in domestic demand and exports, according to a report. The report released by the Renewable Energy Center under Korea Export-Import Bank forecast that sales of the local renewable energy industry were expected to post minus growth this year over 2012, mainly due to slow local demand. Sales in the clean energy industry have shown a downward trend for two consecutive years in 2011 and 2012, after peaking in 2010 at 8.1 trillion won ($7.5 billion).

In sharp contrast, the global renewable energy market has continued to grow amid the world’s economic downturn for the past five years and it is expected to grow 4 percent to $271.3 billion this year compared to more than a year ago, CleanEdge, a U.S. energy consultancy, said.

The local renewable energy industry also hasn’t performed well in exports since 2010. Outbound shipments are forecast to fall 9 percent on-year to $3.82 billion this year, which will be the biggest drop in three years, the Renewable Energy Center said.

For full article see Korea Herald.

Hanwha Pushes for the Domestic Production of Solar Panels

Hanwha will press ahead with the domestic production of solar modules as domestic demand for solar modules is expected to increase on the back of Korea’s adoption of a Renewable Portfolio Standard (RPS) – a regulation that requires the increased production of energy from renewable energy sources.On Tuesday, industrial insiders said Hanwha Solar Energy, a solar power subsidiary of Hanwha Chemical, was consulting with Korean module manufacturers over the OEM production of solar modules.

Hanwha Solar Energy is expected to go for the production of photovoltaic modules by using well-established manufacturers’ production lines. Once Hanwha Solar Energy provides peripheral materials including solar cells, the selected contractors will assemble parts into finished goods.

For full article, see Korea IT Times.

Bets on solar cells and batteries don’t pan out

Samsung Electronics isn’t the only company looking for new growth engines. Others companies including OCI and Woongjin are on an active search for new businesses outside their current specialties.  But like the tech behemoth, many are stuck for ideas.

The idea that Korea needed new growth “engines” became popular in 2009 when the Lee Myung-bak administration said green technology, industries converging and high-end services were the keys to the nation’s economic future industries. With the government’s inspiration and encouragement, many companies have jumped into those fields – with very mixed results.

One such business is solar cells, which was once deemed the next generation of renewable energy. Today the solar battery business across the globe is in a funk because of an excessive supply flooding out of China, which has caused polysilicon prices to plummet. The price of polysilicon, which was $200 per kilogram in 2008, recently plunged to $15. And Europe, which is the world’s largest market for solar cells – accounting for more than 70 percent of demand – continues to struggle with its fiscal crisis.

For full article, see Joongang Daily.

Conglomerates pull the plug on solar strategy

LG Chem announced on Friday that it will not make any new investments in polysilicon next year citing concerns with the solar energy market amid the ongoing global economic slowdown.  The battery maker wanted to advance into the photovoltaic market and invest heavily in the technology, but now says it wants to change direction. “We would like to put off new investments in polysilicon next year as we did this year until we secure profitability,” LG Chem said in a regulatory filing.

Last December, the company withheld its previous plan to invest 500 billion won ($461 million) in solar energy facilities in Yeosu, South Jeolla.  LG Chem’s latest move comes a day after Hankook Silicon, a local polysilicon maker, filed for court receivership as it failed to repay notes worth 8 billion won. LG is not alone. Korea’s top 10 conglomerates unveiled bold plans to start new businesses two years ago, but not much progress has been made since.

Samsung Group, the country’s No. 1 company by assets, is no exception. The conglomerate had designated solar cells, electric vehicle batteries, light-emitting diodes, biopharmaceuticals and medical equipment as the future growth engines of the company in 2010.

For full article, see Joongang Daily.

Seoul City plans solar panels

Seoul Metropolitan Government  unveiled a plan to install solar panels on around 10,000 buildings, schools and houses by 2014. The city aims to increase the use of photovoltaic energy to 320 megawatts of electricity by that year.

Half of the energy will be generated from rooftops or idle facilities of public offices and schools, while the other half from private buildings and houses. The city will also make an online solar map that shows the expected generating capacity of the solar power and whether buildings and houses can be equipped with photovoltaic facilities.

For full article see Korea Herald.

Jeju island to run on renewable resource by 2013

The Jeju Special Self-Governing Province, in conjunction with the central government, has announced its “Carbon Free Island Jeju by 2030” plan which aims to make the island carbon free and self-sustainable through renewable energy resources by 2030.

According to the Jeju Special Self-Governing Province Smart Grid Division, the government body responsible for the implementation of this plan, the “Carbon Free Island Jeju by 2030” project will be executed in three steps: first, Gapado will become a carbon free island and a model for the rest of Jeju by this September. Second, by 2020 Jeju will run on 50 percent renewable energy. And thirdly, by 2030 all of Jeju will be 100 percent carbon free.

“By 2020 Jeju’s goal is 50 percent of all its energy will be renewable,” said Lee Ji Hoon of the Smart Grid Division. “By 2030, 100 percent of [the island’s] energy will be renewable [and] the government hopes that Gapado will be a model.”

For full article see The Jeju Weekly.

Hyundai Heavy develops new solar cells

Hyundai Heavy Industries said Wednesday it has developed selective-emitter solar cells with a record electricity conversion efficiency of 19.7 percent, which could curtail production costs for the fast-growing energy source.

The figure beat the previous record of 19.6 percent by Suntech Power Holdings, the world’s largest maker of photovoltaic panels based in Shanghai. It has also been confirmed by the Fraunhofer Institute for Solar Energy Systems, a leading think tank in Munich, the Korean shipbuilder said.

Selective-emitter solar cells have higher efficiency as their two different doping concentration zones on a silicon wafer surface facilitate current flow, whereas regular cells have only one type.

Hyundai Heavy said its latest 6-inch cells are 1 inch larger than those of Suntech. Their per-unit capacity reaches 4.7 megawatts, up 57 percent compared with its existing products.

For full article see Korea Herald.