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Energy Climate Policy Think Tank

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NEXT group is an independent energy and
climate policy think tank contributing to Asia’s
net-zero energy transition.

SPOTLIGHT

Green Steel: an Opportunity Closer Than You Think To stay competitive in a steel market facing global oversupply and rising trade barriers, Korea must shift toward green steel. Demand is accelerating—especially from European automakers—with projections rising from 15 million tons in 2021 to over 200 million tons by 2030. Korea’s path to market entry is through DRI-EAF technology. EAF capacity is expanding, and using a 70% DRI and 30% scrap mix can cut emissions by 81% versus BF-BOF. But success depends on securing affordable, high-quality DRI. #GreenDRI #greensteel #gasDRI #HydrogenDRI #Australia #MiddleEast --> Green Steel: an Opportunity Closer Than You Think In the short term, Korea must import gas-based DRI—primarily from the Middle East, which offers the lowest cost and largest scale. Long term, hydrogen-based DRI will become essential, with Australia as a strategic partner thanks to cheap solar power and abundant ore. DRI-EAF raises production costs by about 18%. To stay competitive, Korea must scale Carbon Contracts for Difference (CCfDs) and strengthen partnerships across key regions. Without timely action, Korea risks losing its place in the emerging green steel economy. Korea must secure gas-based DRI in the short term to stay competitive in the global green steel race. ※ This issue paper is a follow-up to Korea Net Zero Steel Roadmap II (KNZS II), published by NEXT group in October 2024. document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | Green Steel: an Opportunity Closer Than You Think "; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | Green Steel: an Opportunity Closer Than You Think "); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "Green Steel: an Opportunity Closer Than You Think"); }); 2025.04.14
A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain Effective strategies for supporting the offshore wind supply chain industry require quantitative data on supply-demand gaps. To address this, this study employed a bottom-up approach to quantify the production capacities of domestic offshore wind supply chain companies and established a comprehensive database. Based on this database and current market conditions, respective supply and demand scenarios were developed. --> ? Content Analyzing the component-specific supply-demand gaps across combined supply and demand scenarios revealed that substructures, cables (static array and export), and mooring lines exhibit sufficient production capacity to meet or exceed projected demand in almost all scenario combinations. However, significant shortages are projected for turbine system components (nacelles, blades, and towers) in most scenarios. Notably, the most severe supply deficits involve the 15 MW-class turbine system,which could experience shortages as early as this year. Additionally, dynamic array cables for floating offshore wind currently have no production capacity domestically, leading to anticipated shortages beginning next year. Estimating the investment required to address the component-specific supply-demand gaps identified above, solely through expansion of domestic production capacity, revealed that additional facility investments ranging from a minimum of KRW 2.31 trillion to a maximum of KRW 3.04 trillion would be needed, depending on the demand scenario. To rapidly close these supply gaps, the government should facilitate timely investment through proactive financial support and by establishing a long-term offshore wind deployment roadmap. The purpose of this study is to provide a quantitative basis for systematically formulating strategies to support the offshore wind supply chain industry. As the first foundational research applying a scientific methodology to establish domestic offshore wind supply chain support strategies, this study is expected to serve as a guideline for determining specific timelines and financial support requirements in future policy formulation. document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"); }); 2025.04.02
Carbon Budget Database In order to limit global warming to 1.5°C, countries must submit its 2035 Nationally Determined Contribution(NDC) target to the United Nations by 2025. This database sets Korea’s 2035 NDC target based on the scientific emission allowance called the carbon budget and shows the emission reduction path to net-zero by 2050. A key feature of this database is its ability to present results derived from various methodologies and assumptions. It also aims to contribute to the international community’s efforts to address climate change by considering the feasibility of emission reduction targets. --> var divElement = document.getElementById('viz1741847964140'); var vizElement = divElement.getElementsByTagName('object')[0]; if (divElement.offsetWidth > 800) { vizElement.style.width = '1280px'; vizElement.style.height = '795px'; } else if (divElement.offsetWidth > 500) { vizElement.style.width = '1280px'; vizElement.style.height = '795px'; } else { vizElement.style.width = '100%'; vizElement.style.height = '1627px'; } var scriptElement = document.createElement('script'); scriptElement.src = 'https://public.tableau.com/javascripts/api/viz_v1.js'; vizElement.parentNode.insertBefore(scriptElement, vizElement); --> var divElement = document.getElementById("viz1741847964140"); var vizElement = divElement.getElementsByTagName("object")[0]; vizElement.style.width = "1280px"; vizElement.style.height = "795px"; var scriptElement = document.createElement("script"); scriptElement.src = "https://public.tableau.com/javascripts/api/viz_v1.js"; vizElement.parentNode.insertBefore(scriptElement, vizElement); --> document.addEventListener("DOMContentLoaded", function () { document.title = "NEXT group | Carbon Budget Database"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | Carbon Budget Database"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "In order to limit global warming to 1.5°C, countries must submit its 2035 Nationally Determined Contribution(NDC) target to the United Nations by 2025."); }); 2025.03.13

Latest Publications

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Issue Papers Green Steel: an Opportunity Closer Than You Think To stay competitive in a steel market facing global oversupply and rising trade barriers, Korea must shift toward green steel. Demand is accelerating—especially from European automakers—with projections rising from 15 million tons in 2021 to over 200 million tons by 2030. Korea’s path to market entry is through DRI-EAF technology. EAF capacity is expanding, and using a 70% DRI and 30% scrap mix can cut emissions by 81% versus BF-BOF. But success depends on securing affordable, high-quality DRI. #GreenDRI #greensteel #gasDRI #HydrogenDRI #Australia #MiddleEast --> Green Steel: an Opportunity Closer Than You Think In the short term, Korea must import gas-based DRI—primarily from the Middle East, which offers the lowest cost and largest scale. Long term, hydrogen-based DRI will become essential, with Australia as a strategic partner thanks to cheap solar power and abundant ore. DRI-EAF raises production costs by about 18%. To stay competitive, Korea must scale Carbon Contracts for Difference (CCfDs) and strengthen partnerships across key regions. Without timely action, Korea risks losing its place in the emerging green steel economy. Korea must secure gas-based DRI in the short term to stay competitive in the global green steel race. ※ This issue paper is a follow-up to Korea Net Zero Steel Roadmap II (KNZS II), published by NEXT group in October 2024. document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | Green Steel: an Opportunity Closer Than You Think "; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | Green Steel: an Opportunity Closer Than You Think "); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "Green Steel: an Opportunity Closer Than You Think"); }); 2025.04.14 / Rachel Eun Ko
Issue Papers A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain Effective strategies for supporting the offshore wind supply chain industry require quantitative data on supply-demand gaps. To address this, this study employed a bottom-up approach to quantify the production capacities of domestic offshore wind supply chain companies and established a comprehensive database. Based on this database and current market conditions, respective supply and demand scenarios were developed. --> ? Content Analyzing the component-specific supply-demand gaps across combined supply and demand scenarios revealed that substructures, cables (static array and export), and mooring lines exhibit sufficient production capacity to meet or exceed projected demand in almost all scenario combinations. However, significant shortages are projected for turbine system components (nacelles, blades, and towers) in most scenarios. Notably, the most severe supply deficits involve the 15 MW-class turbine system,which could experience shortages as early as this year. Additionally, dynamic array cables for floating offshore wind currently have no production capacity domestically, leading to anticipated shortages beginning next year. Estimating the investment required to address the component-specific supply-demand gaps identified above, solely through expansion of domestic production capacity, revealed that additional facility investments ranging from a minimum of KRW 2.31 trillion to a maximum of KRW 3.04 trillion would be needed, depending on the demand scenario. To rapidly close these supply gaps, the government should facilitate timely investment through proactive financial support and by establishing a long-term offshore wind deployment roadmap. The purpose of this study is to provide a quantitative basis for systematically formulating strategies to support the offshore wind supply chain industry. As the first foundational research applying a scientific methodology to establish domestic offshore wind supply chain support strategies, this study is expected to serve as a guideline for determining specific timelines and financial support requirements in future policy formulation. document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "A Window of Opportunity: Quantitative Analysis of the Production Capacity of Key Components in the Korean Offshore Wind Supply Chain"); }); 2025.04.02 / Eunsung Kim et al
Reports NEXT group has released 2024 annual report NEXT group has released its inaugural annual report, summarizing key activities and outcomes from 2024. NEXT group navigated 2024 with research that drives bold policy adoption through an insider approach and strategic engagement with multiple stakeholders. Significant progress was made in the following areas: Strengthening the 2035 Nationally Determined Contribution (NDC) target Facilitating discussions on coal phase-out Addressing challenges in offshore wind market development Accelerating decarbonization in the steel and petrochemical industries Building public support through strategic outreach NEXT group successfully collaborated with leading research institutions, civil society organizations, and philanthropic entities, including Agora Energiewende, the Greenhouse Gas Inventory and Research Center of Korea, the International Network of Energy Transition Think Tanks, the Korea Institute of Energy Technology, TARA, and U.S. National Laboratories. Looking ahead to 2025, NEXT group will refine its 2024 efforts by developing implementation strategies for coal phase-out, industrial decarbonization (steel and petrochemical sectors), and offshore wind supply chains. Additionally, the organization will expand its international engagement by establishing regional partnerships in ASEAN countries and disseminating its proprietary OPEN-Model with regional partners. --> document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | NEXT group has released 2024 annual report"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | NEXT group has released 2024 annual report"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "NEXT group has released 2024 annual report, summarizing key activities and outcomes from 2024."); }); 2025.03.12 / NEXT group
Issue Briefs Offshore grid governance: a prerequisite for timely offshore wind deployment South Korea, which is still in the early stages of offshore wind power deployment, has yet to establish a clear offshore grid governance system. This issue brief examines the current situation in Korea and international case studies, emphasizing the need for Korea to establish a well-defined offshore grid governance framework. --> HIGHLIGHTS : The expansion of offshore wind power is increasing the importance of offshore grids in transmitting power to land. However, Korea lacks clear offshore grid governance, complicating efficient design and operation. The main models of offshore grid governance include transmission system operator (TSO)-led, generator-led, and third-party (OFTO)-led models, which differ in terms of who builds the grid, who pays for it, and how efficient it is. The UK emphasizes competition through an OFTO-led model, while Germany and Denmark have adopted a TSO-led model to realize economies of scale. South Korea needs to improve the cost burden structure of offshore grids and proactively establish a clear governance system to support the introduction of meshed offshore grids and their efficient deployment. --> document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | Offshore grid governance: a prerequisite for timely offshore wind deployment"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | Offshore grid governance: a prerequisite for timely offshore wind deployment"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "South Korea, which is still in the early stages of offshore wind power deployment, has yet to establish a clear offshore grid governance system. This issue brief examines the current situation in Korea and international case studies, emphasizing the need for Korea to establish a well-defined offshore grid governance framework."); }); 2025.03.10 / Yonghyun Song et al
Issue Briefs Myopic Government Policy for Petchem in Peril: Shortcomings and Solutions This Issue Brief points out the shortcomings of the policy to raise the competitiveness of the country’s petrochemical industry announced by the government on December 23, 2024, and suggests directions for improvement. 주요 내용 --> On December 23, 2024, the Ministry of Trade, Industry and Energy (MOTIE) of South Korea announced a policy to raise the competitiveness of the country’s petrochemical industry. The announcement primarily envisions ① rationalizing surplus naphtha cracking facilities, ② strengthening the sector’s global competitiveness, and ③ transitioning to high-value-added specialty products and ecofriendly products. However, the policy seems to fall far short of rescuing the industry in several respects—its lukewarm restructuring plan, the focus of new investment support placed on merely keeping the sinking industry afloat, and the prolonged absence of effective research and development (R&D) plans. The operating rate of naphtha cracking facilities has slumped to around 70-percent range. If it is to rebound to 90 percent or above, one-third of the current naphtha cracking facilities must be retired by 2030. With the looming risk of missing the golden hour for restructuring the industry while business conditions rapidly deteriorate, the Fair Trade Act needs to loosen its grip to facilitate M&A, government-led big deals. The government, hand in hand with the Daesan Industrial Complex, is contemplating the construction of an ethane terminal and an ethane cracker. However, a colossal investment against the global race to carbon neutrality portends high risk, especially given the uncertainty surrounding South Korea’s price advantages over China and the Middle East. There has been almost no discussion of key technologies required for transitioning the petrochemical industry. The petrochemical industry’s 2025-2030 R&D investment roadmap, slated to be released in the first half of 2025, must prioritize decarbonization technologies such as electrically heated furnaces, methane pyrolysis-driven hydrogen production, and heat pumps. Keeping the industry afloat as it is not the answer. There is no time to lose. South Korea’s petrochemical sector must be frogmarched through transformation, even if the hour is already late. The government is urged to take decisive action with a clear vision. ※ 관련 보고서 --> * This Issue Brief can be better understood in depth when read alongside A Net Zero Roadmap for South Korea’s Petrochemical Industry>, published in November 2024. --> --> document.addEventListener("DOMContentLoaded", function() { document.title = "NEXT group | Myopic Government Policy for Petchem in Peril: Shortcomings and Solutions"; document.querySelector('meta[property="og:title"]').setAttribute("content", "NEXT group | Myopic Government Policy for Petchem in Peril: Shortcomings and Solutions"); let metaDescription = document.querySelector('meta[name="description"]'); if (!metaDescription) { metaDescription = document.createElement("meta"); metaDescription.name = "description"; document.head.appendChild(metaDescription); } metaDescription.setAttribute("content", "This Issue Brief points out the shortcomings of the policy to raise the competitiveness of the country’s petrochemical industry announced by the government on December 23, 2024, and suggests directions for improvement. "); }); 2025.03.06 / Sugang Kim

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