Business & industry
What the company actually does, its customers, competition and the industry it sells into.
This section provides an overview of the Indian macroeconomic landscape, detailing various projections from the International Monetary Fund (IMF) regarding global growth, inflation, and India's specific economic performance. It discusses how global factors, such as the Middle East conflict, impact forecasts, and outlines India's resilience, including its projected growth rates and economic standing among major economies. Furthermore, the text covers trends in GDP growth, inflation movement, interest rate policies, urbanization, and changes in per capita income and power consumption.
The section discusses the expected growth in per capita electricity consumption driven by factors like improved access to electricity, rising income, and increased penetration of electric vehicles and data centers. It outlines the objectives of the Draft National Electricity Policy 2026, which aims to increase electricity consumption significantly by 2030 and 2047. The text also covers various governmental initiatives supporting manufacturing growth, such as 'Make in India' and 'Startup India', alongside efforts to enhance the digital economy through 'Digital India'. Furthermore, it details various regulatory and policy developments concerning the power sector, including reforms to the GST, commitments related to renewable energy targets, and plans for the National Green Hydrogen Mission.
The text discusses the growth of installed power capacity, noting a significant increase in capacity as of March 2026 compared to 2019, with solar power showing rapid growth. It details various macroeconomic and policy factors that drive power demand, such as economic growth, infrastructure spending, and government initiatives. Furthermore, the text outlines projections for future power demand, peak demand growth, and the expected installed capacity mix, including projections for various generation technologies and energy storage requirements.
The text discusses various aspects of the power sector, including expected investment flows, the financial health of distribution utilities (discoms), and risks within the generation sector. It highlights trends in AT&C losses, the impact of fuel availability on thermal plants, and challenges related to supply chain dependencies and regulatory changes. Furthermore, it provides an overview of the Indian solar power market, noting the shift towards non-fossil fuel sources and the growth of renewable energy capacity.
The text discusses the growing importance of energy security due to geopolitical tensions, which necessitates strengthening domestic generation, grid reliability, and resilient supply chains to support economic growth and the transition to cleaner energy. India's power demand is being reshaped by factors like heatwaves, air-conditioning needs, and the increasing load from AI, data centers, and the push for electric vehicles. Furthermore, the text details various policy and regulatory initiatives aimed at promoting renewable energy (RE), such as permitting FDI, waiving certain charges for solar and wind projects, establishing Ultra Mega Renewable Energy Parks, and launching the National Green Hydrogen Mission.
The solar power sector in India is experiencing robust growth, with significant capacity additions over the past five years. The sector benefits from various drivers, including declining module prices and strong government support. India is considered a prime location for solar energy due to high solar irradiation. The government has implemented numerous policies and initiatives to boost the solar sector, such as the National Solar Mission, the establishment of solar parks, and the provision of financial incentives. Furthermore, the infrastructure for power transmission is expanding to support the growing renewable energy capacity.
The text discusses various aspects related to financing, infrastructure investment, and the solar power sector in India. It details different investor categories such as pension funds, private equity, infrastructure investment trusts (InvITs), and sovereign wealth funds (SWFs). The section also provides extensive details on the competitive landscape of solar and wind power tariffs, comparing them against thermal power, and outlines recent regulatory changes and domestic content requirements (DCR) impacting solar module sourcing.
This section discusses various regulatory and market dynamics concerning renewable energy in India, including mandates for non-fossil fuel consumption and the expected growth trajectory for solar capacity additions. It details the impact of various government schemes, the challenges related to infrastructure and financing, and the specific growth within the Commercial and Industrial (C&I) solar segment. The text highlights both the potential for significant solar capacity expansion and the hurdles that developers face in realizing this potential.
The analysis discusses several aspects related to the solar and wind energy market in India, including projections for capacity additions and the benefits of hybrid renewable energy systems. It highlights that Crisil Intelligence expects a significant increase in projects commissioned under open access utility segment due to sustainability targets and regulatory changes. Furthermore, it details the competitive landscape among key players in the Renewable Energy sector and outlines the advantages of Wind-Solar Hybrid (WSH) and Firm and Dispatchable Renewable Energy (FDRE) projects.
The text discusses the advantages of Fixed Deposit Receipt (FDRE) tenders over newly constructed thermal projects, noting that FDRE projects can be developed at a lower cost per MW and commissioned faster. It further details various new business models in wind and solar hybrid tenders, including plain vanilla, peak power, and RTC tenders, which have distinct requirements regarding power injection and availability. FDRE/RTC tenders mandate energy storage systems to ensure grid stability and reliability. The text also highlights a significant increase in the issuance of utility-scale Renewable Energy (RE) tenders, with complex hybrid tenders showing substantial growth over the years.
The text discusses several aspects related to renewable energy, including the growth drivers in the Wind and Solar (WSH) segment in India, the challenges in setting up WSH power plants, and developments in energy storage and green hydrogen. Key growth drivers include the vast wind and solar potential in India, geographical advantages, complementary nature of wind and solar resources, and supportive government policies. The text also details various tender structures for renewable energy projects and the challenges related to site selection and grid balancing. Furthermore, it covers the importance of energy storage for grid stability and the potential of green hydrogen in decarbonization efforts.
The text discusses various aspects related to solar cell technologies, including comparisons between different cell types like PERC, TOPCon, and HJT, focusing on their power performance and degradation characteristics. It highlights that TOPCon technology offers significant power improvement over PERC cells at elevated temperatures and possesses a superior bifaciality rate compared to PERC. The text also details the evolution of technology in the Indian market, noting a shift in module batch enlistment from Mono PERC to TOPCon, and the expected rise of advanced cell technologies. Furthermore, the text delves into the complex manufacturing processes for solar cells, detailing the use of various raw materials, deposition techniques, and the structure of solar modules.
The section discusses the superior durability profile of Glass-to-glass (G2G) solar modules compared to glass-to-backsheet (G2B) options, noting benefits such as higher energy yield, better environmental resistance, and longer operational lifetimes. It details various considerations for cell-to-module (CTM) loss, including the impact of various manufacturing steps and the potential for increased power output with reduced CTM loss. Furthermore, the text outlines the landscape for India's solar PV manufacturing, including domestic demand, import reliance, and the strategic importance of backward integration to enhance cost optimization and control over raw materials.
The text discusses the advantages of integrated solar PV manufacturing plants, such as improved efficiency and supply chain security, which grant manufacturers flexibility to adapt to demand and access advanced technologies. It highlights India's potential to become a global leader in solar module manufacturing due to skilled labor, a growing ecosystem, and raw material availability, projecting a surplus for export. The text details various government policies aimed at supporting the domestic solar industry, including safeguard duties, basic customs duties, and requirements for approved lists of models and manufacturers to ensure quality and compliance.
The text discusses various aspects related to the solar cell and module manufacturing industry, including government initiatives and the global landscape of solar PV. It details tariff ceiling provisions for solar projects, the implementation of Production Linked Incentive (PLI) schemes for domestic module manufacturing, and the growth projections for global solar PV demand. Furthermore, it outlines the geographical distribution of solar PV manufacturing capacity, highlighting the dominance of China and the emergence of diversification efforts in other regions.
The section details the various solar cell and module technologies and the competitive landscape within the Indian solar PV manufacturing sector. It lists different module types such as PERC, TOPCon, HJT, and bifacial modules, and mentions the availability of various cell efficiencies. Furthermore, it provides a comparative summary of module and cell capacities among several leading players, including Avaada Electro Limited and others, based on different lists and market share percentages.
The company is recognized as one of the top 10 vertically integrated solar photovoltaic (PV) manufacturers in India based on operational solar cell and module capacity as of July 31, 2026. The company operates in the renewable energy sector, specializing in producing solar cells and modules. They possess significant operational capacity in solar modules and solar cells, with plans for further expansion to achieve vertical integration across the entire value chain. The company is a wholly-owned subsidiary of Avaada Ventures Private Limited and benefits from the group's experience. Furthermore, the company has secured a substantial order book from its largest customer, AEPL, which ensures consistent demand for its products.
The company holds a significant market position in the Indian solar cell manufacturing sector, with its ALMM list ranging between 24.5% to 26.3%, the highest among established manufacturers. The company has operational manufacturing facilities in Dadri, Uttar Pradesh, and Nagpur, Maharashtra, producing bifacial glass-to-glass TOPCon solar modules. The company is expanding its capacity, including plans for new facilities and the addition of wafer and ingot manufacturing capabilities. The company is well-positioned to capitalize on the growing demand in the Domestic Content Requirement (DCR) market and is working towards qualifying for inclusion in the ALMM for solar cells.
The company is a leading solar PV module manufacturer in India, having adopted advanced TOPCon technology across all existing and upcoming capacity. They claim to be among the top 10 largest solar PV manufacturers in India by installed capacity as of March 31, 2026, and are the only ones to fully adopt TOPCon technology in their lines. The company focuses on achieving high efficiency, aiming for average committed efficiencies of 25.50% calibrated to Fraunhofer ISE standards. The industry is shifting towards high-efficiency products, and the company's TOPCon technology offers advantages like bifacial capability and lower degradation. The company has established partnerships with research institutions and is working on integrating next-generation technologies like BC cells and exploring disruptive innovations such as perovskite-based modules.
The company focuses on research and development in simulation chambers and AI/ML computation infrastructure, aligning with a long-term commitment to technology leadership in next-generation solar manufacturing. The company is expanding its customer base across India and internationally, engaging with various segments including utility-scale, C&I, and retail rooftop markets. As an ALMM-certified manufacturer pursuing backward integration, the company is positioned to benefit from future mandates requiring domestic solar cell sourcing. The company is also developing export capabilities to tap into global markets and is actively participating in industry exhibitions to build international brand recognition.
The company has manufacturing facilities located in Dadri, Uttar Pradesh, and Butibori, Nagpur, Maharashtra, including a TopCon cell producing line at the Nagpur facility. The document details historical installed capacity and capacity utilization for solar cells and modules across different fiscal years for both facilities. Furthermore, the company is planning for capacity expansion and backward integration projects, including new solar module and solar cell capacity in the upcoming fiscal years. A detailed description of the TopCon based solar cell manufacturing process is provided, outlining multiple steps from texturing to final testing and sorting.
The section details the raw materials and components used in the manufacturing of solar cells and modules, including silicon wafers, silver paste, aluminum paste, various gases and chemicals, and the final solar module structure. It further describes the components used in solar modules, such as backsheet, encapsulant, glass, and aluminum frames. The text outlines various quality control procedures, including Incoming Quality Control (IQC), In-Process Quality Control (IPQC), Supplier Quality Assurance (SQA), and Final Quality Control (FQC), which adhere to international standards. The company has obtained certain certifications for its solar modules as of March 31, 2026.
The company has obtained various certifications for its Solar Module products, including those from the Bureau of Indian Standards (BIS) for its Dadri, Uttar Pradesh, facility and the Butibori, Maharashtra, facility. The company also has extensive third-party testing certifications from TUV Rheinland. The company maintains rigorous preventative maintenance schedules for its facilities and sets pricing based on market demand and various cost factors. Warranties are provided for the Integlow and Enlume series of solar modules, covering defects in materials and workmanship, as well as performance guarantees. The company has invested in brand promotion and has received several industry awards. Furthermore, the company has established comprehensive Environmental, Social, and Governance (ESG) frameworks, including adherence to ISO standards and commitments to sustainability goals.
The text discusses the shifting global landscape of solar photovoltaic manufacturing, the importance of distributor networks for market access, and the price sensitivity of retail consumers. It emphasizes that local representatives and established distribution channels are crucial for consumer acceptance and educating them on new technologies. The text also highlights the need for robust local support and distribution networks to ensure market accessibility and strengthen market share by addressing price sensitivity. Furthermore, the company is positioned to compete by leveraging backward integration into wafer and ingot production alongside a comprehensive portfolio of solar cells and modules for domestic and international markets, supported by over 16 years of operational experience. The section also details various Indian laws and regulations pertaining to electricity, renewable energy, and standards for solar products.
The text details various regulatory frameworks and policies issued by the Ministry of New and Renewable Energy (MNRE) and other government bodies concerning solar power, renewable energy, and trade. These include orders related to solar photovoltaic cell manufacturers, guidelines for project enlistment, quality control orders for solar products, various electricity policies, and regulations concerning tariffs and market mechanisms. Furthermore, the text covers schemes like the PM-Surya Ghar: Muft Bijli Yojana, the Production Linked Incentive (PLI) Scheme for solar modules, and provisions related to local content requirements for solar projects. It also mentions various customs duties, trade regulations, and state-specific regulations impacting the solar power industry.
The section details various regulatory frameworks, laws, and guidelines applicable to the company's operations in India, covering environmental, labor, taxation, and intellectual property domains. It outlines requirements under several key acts such as the Environment (Protection) Act, the Water Act, and the Air Act, which mandate standards for pollution control. Furthermore, it lists numerous labour laws, including various acts concerning worker rights and industrial relations, and tax laws. The text also references specific regulations from the Securities and Exchange Board of India (SEBI), such as those related to insider trading and fraudulent practices, alongside various other laws governing securities markets and foreign exchange.
Key points (360, showing 60)
- Global growth projections for CY 2026 are projected at 3.0% for the IMF's World Economic Outlook. p.157
- India's growth is projected to be 6.4% in CY 2026 and 6.7% in CY 2027, with CY 2026 numbers revised slightly downward and CY 2027 numbers revised upward. p.157
- India is projected to become the fourth largest economy in the world in fiscal 2026 according to the IMF WEO April 2025. p.158
- The real Gross Value Added (GVA) of India is expected to grow by 7.7% in fiscal 2026 from 9.5% in fiscal 2025. p.159
- The share of the tertiary sector in India's GVA is expected to increase from 53% in Fiscal 2022 to 56% in Fiscal 2026. p.159