India Pushes for Indigenous Chipset Development with Incentives and Local Sourcing Rules
印度以獎勵措施與在地採購規範推動國產晶片組開發
The Indian government is stepping up efforts to promote domestic chipset production, aiming to meet rising demand across a wide range of electronic products. Under the updated design-led incentive (DLI) scheme, which has sanctioned 23 chip-design projects since its launch in December 2021, startups and MSMEs are being encouraged to develop indigenous chips and system-on-chip solutions. Financial incentives are planned across 25 electronic product categories, while strict local sourcing rules are expected for items such as TV sets, air-conditioners, refrigerators, energy meters, telecom equipment, and IoT devices. These initiatives are part of the broader India Semiconductor Mission 2.0, aiming to strengthen the domestic semiconductor ecosystem and increase value addition in manufacturing by 15–35%.
Regulatory and certification measures are also on the horizon, with policies likely to mandate higher usage of domestically produced chips and stricter quality and security standards for consumer electronics. For non-Indian companies, these developments signal both opportunities and challenges: suppliers may need to adapt to local sourcing requirements and collaborate with Indian chip developers to remain competitive in the market. At the same time, international firms can explore partnerships with local startups and MSMEs benefiting from government incentives, positioning themselves to tap into India’s growing electronics and semiconductor ecosystem.
小編點評：印度正透過擴大的「設計導向激勵計畫（DLI）」以及針對 25 類電子產品更嚴格的在地採購規定，加速國產晶片組開發，作為「半導體使命 2.0」的一部分。這些舉措旨在推動本土創新、提升製造附加價值，並鼓勵全球企業與印度新創及中小企業合作，以保持市場競爭力。
US Ambassador-Designate Highlights Progress in US-India Trade Talks, Sets $500 Billion Goal
美國駐印度大使被提名人強調美印貿易談判進展，設定 5,000 億美元目標
Sergio Gor, the US Ambassador-designate to India, signaled optimism over ongoing trade negotiations between the United States and India during his Senate confirmation hearing, citing progress on key issues expected in the coming weeks. He highlighted the ambitious ‘Mission 500’ target, aiming to double bilateral trade to $500 billion by 2030, while stressing strategic priorities such as curbing India’s Russian oil purchases, addressing trade barriers, and reinforcing the US commitment to the Quad. Gor underscored India’s strategic importance, pointing to its geographic position, economic growth, and military capabilities, and praised its stance within BRICS for supporting the US Dollar, reinforcing the broader geopolitical partnership.
For non-Indian companies, Gor’s statements indicate both opportunities and potential challenges. Firms engaged in US-India trade may need to navigate evolving regulatory and protectionist policies, while sectors linked to energy, defense, and technology could see increased alignment between US and Indian priorities. At the same time, the strengthening of the Trump-Modi relationship and the push to expand bilateral trade could open new avenues for foreign investment, partnerships, and market access within India’s rapidly growing economy.
小編點評：美國駐印度大使被提名人 Sergio Gor 對美印貿易談判表達樂觀，提出「Mission 500」目標，要在 2030 年前將雙邊貿易額翻倍至 5,000 億美元，並強調能源、防務及監管一致性等戰略重點。他的言論顯示外國企業既有機會也面臨挑戰，隨著政策演變及美印關係加強，投資、市場准入與地緣政治合作的格局可能重塑。
India Expands Electronics Success to Semiconductor Manufacturing with New Incentives
印度將電子產業的成功擴展至半導體製造，推出新獎勵措施
India’s decade-long push to boost electronics production and exports has yielded strong results, and the government is now channeling this momentum into semiconductor manufacturing. The recently launched Electronics Components Manufacturing Scheme, with a budget allocation of ₹22,919 crore, targets key segments such as sub-assemblies and bare components. Policymakers aim to create a comprehensive domestic semiconductor ecosystem by supporting capital equipment, sub-assemblies, and backward integration, while leveraging lessons learned from the electronics sector to attract investment and strengthen India’s position in the global chip market.
The scheme also offers a range of support mechanisms, including turnover-linked incentives, capital incentives, hybrid incentives, and rewards linked to semiconductor job creation. Industry projections suggest a substantial increase in value addition and the broadening of India’s electronics component manufacturing landscape. For non-Indian companies, this presents opportunities to partner with domestic players, invest in local supply chains, and access government-backed incentives. At the same time, global suppliers will need to navigate evolving regulations and sourcing requirements as India gradually builds a self-reliant semiconductor ecosystem.
小編點評：印度正利用電子製造成功經驗，透過 22,919 億盧比的「電子零件製造計畫」進軍半導體產業，並提供多元獎勵以提升國內生產與生態系統發展。這一舉措為全球企業提供與印度業者合作、在地投資的機會，同時需要因應持續演變的法規與採購規範，以適應日益自主的晶片市場。
India to Deploy 38,000 GPUs and Establish 600 Data Labs to Boost AI Ecosystem
印度將部署 38,000 個 GPU 並設立 600 個資料實驗室，以強化 AI 生態系統
India is accelerating its push to build a robust and inclusive AI ecosystem, with plans to deploy 38,000 GPUs at affordable rates and set up 600 data labs nationwide, according to Abhishek Singh, Additional Secretary & CEO of the IndiaAI Mission, Ministry of Electronics and Information Technology (MeitY). These initiatives aim to drive AI research and innovation, emphasizing responsible and ethical AI frameworks while combating misinformation. Speaking at the CII AI Summit, Singh highlighted the importance of embedding an AI culture across organizations and noted the upcoming India-AI Impact Summit 2026 as a platform for further collaboration.
Industry leaders underscored the opportunities these initiatives present. Puneet Chandok, Chairman of the CII National AI Forum, highlighted AI-driven solutions in agriculture, healthcare, and finance, emphasizing tangible impact through human-centric and ethical AI development. Arvind Kumar, Director General of STPI, noted that affordable computing power—GPUs available for as low as ₹65 per hour—combined with world-class data and top educational institutions, is enabling innovators to develop solutions addressing critical societal challenges. For non-Indian companies, India’s expanding AI infrastructure offers opportunities for partnerships, research collaboration, and market entry, particularly for firms specializing in AI platforms, tools, and responsible innovation frameworks.
小編點評：印度正加速建構 AI 生態系統，計畫部署 38,000 個低成本 GPU 並設立 600 個資料實驗室，以推動道德且具責任感的 AI 創新，並在農業、醫療與金融等領域產生跨部門影響。這些措施為全球企業帶來合作與進入市場的機會，受惠於低廉運算成本、強大的資料基礎建設與日益增長的負責任 AI 發展文化。
India Cancels Grid Access for 17 GW of Delayed Clean Energy Projects to Prioritize Operational Plants
印度取消 17 GW 延宕再生能源專案的電網接入，優先支持已運行電廠
India has revoked grid access for nearly 17 gigawatts (GW) of delayed clean energy projects to prioritize connections for operational or near-completion plants, according to official documents and sources cited by Reuters. The cancellations affect projects from major renewable players including Adani Green Energy, ReNew Power, NTPC, Avaada Group, JSW Energy, and ACME Solar, primarily located in renewable-rich states such as Rajasthan, western Gujarat, and Madhya Pradesh. The Central Transmission Utility of India Ltd (CTUIL) conducted manual inspections before revoking access and aims to free up transmission lines for projects that are progressing on schedule. Appeals by companies like JSW Energy have been reviewed by the Central Electricity Regulatory Commission (CERC), with hearings scheduled for later this year.
The move reflects India’s push to streamline grid connectivity amid surging power demand driven by urbanization, industrialization, mechanized farming, and rising incomes. The country targets 500 GW of non-fossil fuel capacity by 2030, but transmission infrastructure expansion has lagged behind generation growth. For non-Indian companies, these changes signal the importance of adhering to local grid regulations, timely project execution, and maintaining operational control, particularly for foreign investors or technology providers involved in India’s renewable energy and clean tech sectors.
小編點評：印度已撤銷近 17 GW 延宕再生能源專案的電網接入，以優先為已運行或即將完成的電廠釋放輸電容量。此舉旨在在電力需求上升與基礎設施受限的情況下，最佳化電網使用，凸顯準時執行與遵循監管的重要性，特別是對於參與印度再生能源市場的外國投資者與技術供應商而言。
India Explores Rare-Earth Supply from Myanmar with Rebel Group Assistance
印度探索自緬甸取得稀土供應，並與反抗軍組織合作
India is seeking alternative sources of critical rare-earth minerals from Myanmar, engaging with the Kachin Independence Army (KIA) to obtain samples for testing and potential bulk supply, according to sources familiar with the matter. State-owned miner IREL and private firm Midwest Advanced Materials are involved in assessing deposits in northeastern Myanmar’s Chipwe-Pangwa mining belt, which produces heavy rare earths used in magnets for electric vehicles and advanced technologies. The initiative marks a rare instance of Delhi coordinating with a non-state actor, driven by the need to reduce dependence on China, which tightly controls the processing and export of these strategic minerals. Officials aim to ensure the samples meet processing standards and are exploring long-term arrangements to build a supply route, despite logistical challenges in the remote mountainous region.
For non-Indian companies, India’s move signals growing opportunities and strategic competition in the global rare-earth market. Firms involved in rare-earth processing, magnet manufacturing, and clean technology could potentially partner with Indian players to capitalize on newly secured supplies. At the same time, challenges in scaling industrial processing without Chinese technological support highlight the need for collaboration in R&D, joint ventures, and technology transfer to bring materials to international markets.
小編點評：印度正探索自緬甸克欽地區取得稀土礦供應，並與克欽獨立軍（KIA）合作，以降低對中國的依賴，並評估可用於電動車及先進科技的礦藏。這一戰略舉措為全球企業在加工、潔淨科技與合資方面帶來機遇，但在擴展產能時仍面臨物流與技術上的挑戰。
Delta Electronics Expands EV Manufacturing in India, Targets 40% Market Share
台達電子擴大印度電動車製造，目標 40% 市場占有率
Taiwanese electronics giant Delta Electronics is ramping up its presence in India’s electric vehicle (EV) sector, with plans to expand capacity at its Kurubarapalli plant in Krishnagiri district. Chief Minister M.K. Stalin laid the foundation stone for two new facilities on September 11, representing an investment of Rs 450 crore. Delta, which entered India in 1996, initially focused on power electronics for telecom and UPS systems, later expanding into photovoltaic solar and renewable energy solutions. Now, the company is entering the EV charging and high-power applications market, sourcing raw materials locally and working closely with Indian original equipment manufacturers (OEMs) to tailor products for the market.
Delta’s president, Benjamin Lin, highlighted the potential of India’s growing EV market, particularly in two-wheelers, with four-wheelers also witnessing rapid adoption. Leveraging its Bengaluru R&D centre and collaborations with Japanese and German partners, including Musashi and Toyota, Delta aims to capture about 40% of the segment’s market share over the next five years. The expansion underscores India’s rising importance as an EV hub and offers a key opportunity for non-Indian companies to explore local manufacturing, R&D collaborations, and partnerships in a market with rapidly increasing consumer adoption and government support.
小編點評：台灣電子巨頭台達電子正以 45 億盧比投資新設施，擴大在印度的電動車製造，目標在未來五年內取得 40% 市場占有率。該公司透過在地採購、與 OEM 合作，以及班加羅爾研發中心的支援，加上與日本與德國夥伴的合作，正凸顯印度作為電動車樞紐的崛起，並為全球企業在製造、研發與策略合作方面提供新機遇。