Business & industry
What the company actually does, its customers, competition and the industry it sells into.
This section provides an overview of the industry context, drawing information from a commissioned industry report by Dun & Bradstreet. It discusses the resilience of the global economy amidst geopolitical uncertainties and technological advancements. The text details various regional economic growth projections, noting that Emerging & Developing Asia is a key global growth engine. Furthermore, it outlines trends in commodity markets, trade activity, and the strategic importance of technology adoption and critical mineral supply chains.
The provided text details various economic indicators across different sectors and aspects of the Indian economy, including Gross Value Added (GVA) growth, investment trends, private consumption, and inflation. The industrial sector showed steady growth momentum in FY 2026, with sub-sectors like mining and construction showing specific growth rates. The services sector remained the primary driver of economic growth, consistently contributing the largest share to GVA. Investment indicators showed fluctuations, with some moderation in capital investment activity in the latest quarters. Private consumption remained a key driver of domestic demand, although some easing in its momentum was noted in the most recent quarter. Finally, various components of the Wholesale Price Index (WPI) inflation were observed for July 2026.
This section details various macroeconomic and government policy developments, including changes in the Consumer Price Index (CPI) inflation trends and the monetary policy actions of the RBI. It also outlines the Union Budget 2026-27 focus on strengthening supply chains through public capital expenditure, infrastructure development, and targeted measures for domestic manufacturing. Furthermore, the text discusses the impact of international trade agreements, such as the India-EU FTA and the India-Oman CEPA, on trade flows, and the general resilience of domestic demand driven by the expanding middle class.
The provided text discusses various macroeconomic trends, demographic shifts, and the evolving global energy landscape, particularly concerning India's role. It highlights India's projected economic growth, the increasing urbanization of its population, and the growing demand for infrastructure. Furthermore, it details the global focus on climate change initiatives, including various pledges and discussions related to energy storage, green corridors, hydrogen production, and Carbon Capture, Utilization, and Storage (CCUS) technologies.
The text discusses the global energy transition, which is driven by decarbonization, energy security, and the need to align energy systems with net-zero ambitions. The transition involves restructuring the entire energy system around electricity, flexibility, and low-carbon technologies. Key aspects include the growing investment in clean energy, the shift towards decentralized and digitalized energy systems, and the increasing role of renewable energy sources. Renewable energy is emerging as the cornerstone of this transition, with solar PV being a major driver for new capacity additions.
The global solar PV deployment shows a strong and sustained acceleration, with capacity additions increasing significantly year-over-year. China is identified as the dominant market, contributing the largest share of global solar PV additions, and its manufacturing ecosystem provides significant economies of scale. India is emerging as a crucial market, ranking second globally in annual solar capacity additions and showing rapid growth in its installed capacity. The market is diversifying, with a shift towards distributed solar applications, and governments are implementing policies that support domestic manufacturing and renewable energy expansion to meet climate goals.
The text discusses the global and regional trends in solar PV capacity additions, noting a shift from residential to larger commercial and utility-scale projects. It details the status of solar in Africa, where utility projects dominate, and the growing role of hybrid solar installations combining PV with storage. Furthermore, the section provides an overview of India's renewable energy landscape, highlighting its strong ranking in renewable capacity and the impact of supportive government policies. It also outlines the growing electricity demand in India, driven by urbanization and industrial growth, and projects future energy requirements.
The text discusses the expansion of India's power generation capacity, noting an increase from 382 GW in FY 2021 to 552 GW by July 2026, with renewable energy gaining significant traction. This growth is supported by capacity additions and government initiatives aimed at expanding cleaner power generation. India's electricity demand is expected to continue rising, requiring substantial additions to power capacity to maintain grid stability. The solar sector is a key driver of this transition, with trading opportunities focused on various solar components, and future demand is expected to include specialized floating solar systems.
The text describes various segments of the solar power sector in India, including ground-mounted plants, grid-connected rooftop systems, hybrid projects, and off-grid solutions. It highlights that ground-mounted solar plants constitute the largest share of India's solar capacity, driven by large utility-scale parks and supportive policies. While solar PV technology is dominant, there is a shift towards integrated green energy ecosystems involving storage and grid management. The sector is supported by strong government targets to transition to a low-carbon economy, which is driving investment in advanced battery technologies and next-generation solar innovations.
The Indian solar power sector is projected for significant near-term and medium-term expansion, with solar capacity estimated to grow substantially by FY 2027 and FY 2030. The regulatory landscape is dynamic, featuring various government policies such as subsidy programs and infrastructure initiatives aimed at accelerating renewable energy adoption across different solar segments. Key schemes include the PM Surya Ghar for residential rooftop solar, the Production Linked Incentive (PLI) Scheme for high-efficiency solar PV modules, and the National Solar Mission, which has driven utility-scale deployment. Furthermore, schemes like PM-KUSUM target solar adoption in the agricultural sector, and various schemes focus on developing solar parks and providing power to vulnerable tribal groups through off-grid solutions.
The text discusses the regulatory landscape for renewable energy in India, outlining national goals, key regulatory bodies, incentives, and recent developments. It details various technologies used in the solar and Solar EPC industry, including simulation and CAD platforms. Furthermore, the document covers the Power Purchase Agreement (PPA) industry, detailing contract terms, advantages, and risks, as well as market trends and outlook for renewable power procurement.
The solar EPC ecosystem involves a wide range of activities including system design, engineering, procurement, installation, commissioning, and grid integration services. The market growth for solar EPC is tied to factors like renewable energy targets, falling solar module costs, improved financing, and supportive policies. The service landscape is structured across various lifecycle stages, from engineering and pre-development to procurement, construction, and final commissioning. Demand is also driven by the rapid growth in the rooftop solar segment, the shift of the commercial and industrial (C&I) sector towards solar for cost efficiency, and increasing focus on sustainability and ESG factors.
The text primarily discusses the execution and challenges within the Solar EPC industry in India, detailing the process from conceptual feasibility studies to the physical implementation of power plants. It outlines various risks and opportunities, including supply chain disruptions, margin pressure from competitive bidding, and regulatory complexities related to land acquisition and approvals. Furthermore, the text shifts to the global Battery Energy Storage System (BESS) market, highlighting its rapid expansion driven by renewable energy penetration and the need for grid flexibility. India is identified as an emerging market for BESS due to its renewable expansion, and various policy measures are supporting BESS deployment.
Battery Energy Storage Systems (BESS) are integrated energy storage solutions that store electrical energy using rechargeable batteries and supply it back to the power system when needed. These systems are crucial for modern electricity infrastructure by supporting grid reliability, improving energy management, and enabling the integration of intermittent renewable energy sources like solar and wind power. Operationally, BESS stores electricity during surplus periods and releases it during high demand. Key components include battery cells, a Battery Management System (BMS), a Power Conversion System (PCS), an Energy Management System (EMS), a Thermal Management System, and a Balance of Plant (BoP). Various types of BESS, such as Front-of-the-Meter (FTM) and Behind-the-Meter (BTM), serve different purposes, ranging from grid-level services to on-site energy cost optimization and backup power.
The document discusses various aspects related to Battery Energy Storage Systems (BESS), including integration requirements, safety, performance guarantees, and market outlook in India. It details how BESS is used across residential, commercial, utility grid, industrial, and transportation sectors to manage energy, improve reliability, and optimize costs. Furthermore, it outlines the importance of battery warranties and performance guarantees, covering aspects like capacity retention and degradation. The text also highlights the role of BESS in energy shifting by capitalizing on time-of-day tariffs and the projected rapid growth of the BESS market in India.
This section details the SWOT analysis of Battery Energy Storage Systems (BESS), highlighting strengths such as the system's fast response capability, ability to integrate renewable energy, modular scalability, and support for multiple grid applications. Weaknesses include battery degradation, the need for capacity augmentation, concerns regarding safety and thermal management, and revenue realization constraints. Opportunities are identified through rising storage requirements, the growth of renewable-plus-storage projects, expansion in ancillary services, and growth in commercial and industrial storage. Threats involve technology obsolescence, battery supply-chain volatility, market design uncertainty, and competition from alternative storage technologies. Furthermore, the text covers key demand drivers in India, including the need for grid balancing, policy support like viability gap funding, and the push for domestic manufacturing through schemes like the PLI, alongside regulatory shifts towards market-based deployment.
The text discusses various aspects related to the Battery Energy Storage Systems (BESS) sector, including trade facilitation agreements, investment opportunities, and the regulatory landscape governing BESS. It details support mechanisms in Gujarat for BESS development, including procurement programs and policy frameworks. Furthermore, the text covers the regulatory environment for BESS, such as standards set by BIS and safety provisions by the CEA. It also analyzes the growing demand for BESS from the data centre industry, noting that BESS is shifting from an emergency backup to a multi-functional energy management asset. Finally, it outlines the factors driving data centre growth, such as digitalization and AI, and the associated electricity and infrastructure requirements.
The Indian data center industry is experiencing rapid expansion, driven by the accelerating pace of digital infrastructure development, growing digital adoption, and favorable government support. Data center capacity in India has shown a sharp increase over the past three financial years, with major technology hubs like Mumbai, Bangalore, and the National Capital Region leading development. The industry is seeing significant investment from both domestic and global players, alongside new market entrants, and is being shaped by policy initiatives aimed at fostering a robust digital infrastructure landscape.
The text discusses the evolving scope of Engineering, Procurement, and Construction (EPC) players in India's data center infrastructure, highlighting their role in building resilient digital assets. Key areas include turnkey lifecycle execution, integration of various systems, and the need for precision engineering to meet stringent uptime requirements. Furthermore, the text covers opportunities in green infrastructure, collaboration with technology providers, and expansion into regional markets. Separately, it details the landscape of the Indian lithium-ion battery industry, noting the shift from an import-dependent market to an integrated ecosystem, and the growing demand for various battery chemistries driven by electrification, renewable energy expansion, and grid storage requirements.
Grace Renewable Energy Limited is a solar energy company that provides specialized energy solutions to residential, commercial, and industrial sectors. The company operates across three main business verticals: Engineering, Procurement and Construction (EPC), trading of solar and energy-related products, and Battery Energy Storage Solutions (BESS). Its EPC operations cover rooftop, ground-mounted, and off-site solar projects, offering end-to-end solar PV solutions on a turnkey basis under the CAPEX model. The company also trades solar PV modules and inverters and manufactures/distributes battery energy storage solutions under its own 'Grace' brand.
Grace Renewable Energy Limited is a solar energy company that provides specialized energy solutions to residential, commercial, and industrial sectors. The business is organized across three main verticals: engineering, procurement, and construction (EPC), trading solar and energy-related products, and battery energy storage solutions (BESS). The company operates in a growing market where India's solar generation capacity is expected to increase due to national programs and investment. The EPC vertical executes on-site solar projects under a turnkey model, covering the entire project lifecycle from design to commissioning. The BESS business involves the manufacturing and distribution of energy storage solutions, which has evolved from using third-party contract manufacturers to establishing in-house manufacturing capabilities.
The company focuses on Solar EPC (Engineering, Procurement, and Construction) projects, which are categorized into ground-mounted and rooftop installations. Ground-mounted projects are developed to meet captive power requirements for customers, while rooftop projects aim to help customers reduce power costs and carbon footprint. The process involves several stages, starting with business development and market evaluation, followed by project selection, supplier selection, design and engineering, procurement, construction, installation, commissioning, and finally, operation and maintenance. The company also handles aspects like obtaining regulatory permits and managing subsidy claims for residential rooftop solar projects.
The company is involved in various solar and energy-related activities, including trading and manufacturing of Battery Energy Storage System (BESS) packs. The trading vertical involves procuring and selling solar PV modules from authorized channel partners for various solar EPC offerings, and distributing inverters from a reputed Chinese manufacturer. Furthermore, the company manufactures BESS packs by combining imported components with in-house manufactured or assembled components.
The company details a step-by-step process for manufacturing Battery Energy Storage Systems (BESS), which involves demand planning, importing critical components like lithium-ion cells from China, domestic procurement of certain parts, quality inspections, assembly of the Battery Management System (BMS), cell-to-module and module-to-pack assembly, final configuration, and rigorous testing before release to stock or dispatch. The manufacturing operations are conducted from a facility in Ahmedabad with an installed capacity of 48.00 MWh. The company manages inventory across three main verticals: solar EPC, trading of solar modules and inverters, and manufacturing of BESS and lithium-ion battery packs. The company has a diversified customer base across residential, commercial, and industrial sectors, and its execution capabilities are supported by experienced management teams with significant industry expertise.
The company maintains a team of permanent employees, including qualified engineers, and emphasizes continuous learning to keep staff updated with market trends and technologies. The company has shown consistent financial growth, with revenue increasing significantly and EBITDA growing even faster, demonstrating strong operational execution and cost management. The business relies on a disciplined project selection process to mitigate counterparty risk by assessing customer credentials. The order book, which includes unexecuted EPC projects, shows consistent growth, reflecting the company's execution capability and relationships with clients.
The company is focused on expanding its battery energy storage systems (BESS) manufacturing capabilities to meet growing demand for integrated energy storage solutions. The global BESS industry is experiencing rapid expansion, with battery storage capacity additions being a fast-growing technology. The company has established manufacturing capabilities to offer integrated renewable energy solutions by combining power generation and energy storage. Future plans include increasing BESS production capacity, strengthening infrastructure, and expanding the product portfolio for utility-scale, commercial, and industrial applications. The company also intends to broaden its geographic footprint and focus on enhancing operational and financial efficiency.
The company offers customized solutions for solar power projects, serving customers across India and overseas, and also caters to the growing demand for Battery Energy Storage System (BESS) products. The company maintains a diverse client base spanning the Solar EPC, Trading, and BESS segments, with over 500 customers as of March 31, 2026. The company has established relationships with a global network of suppliers for sourcing necessary solar equipment and has a dedicated procurement team to negotiate pricing and specifications. Furthermore, the company possesses in-house engineering and design capabilities for both Solar EPC and BESS projects.
The company emphasizes rigorous quality control through inspections and continuous monitoring to ensure compliance with specifications and client expectations, including following defined quality management procedures for selecting solar equipment and sourcing products from suppliers with BIS certificates. The company adheres to globally recognized quality management systems and holds key certifications, such as ISO 9001:2015. The human resource philosophy focuses on attracting and developing a diverse workforce committed to operational excellence and safety, and the timely execution of projects relies heavily on technically skilled personnel. The company maintains insurance coverage for various risks and has established procedures for handling environmental, safety, and labour regulations.
This section primarily details various laws and regulations in India applicable to the company's business and operations, focusing heavily on the electricity sector. It outlines several key pieces of legislation, including the Electricity Act, 2003, which governs the generation, transmission, distribution, trading, and use of electricity, and various rules and regulations issued thereunder. The text also references policies and regulations concerning renewable energy, safety standards for electrical installations, and requirements for solar photovoltaic (PV) modules and components. Furthermore, it discusses aspects related to the Micro, Small and Medium Enterprises Development Act and the National Tariff Policy, which aim to ensure fair electricity access and promote competition in the sector.
This section details various Indian laws, policies, and regulations pertaining to procurement, renewable energy, trade, and data protection that impact the industry. It covers provisions related to supporting Micro and Small Enterprises (MSEs), preference for domestic manufacturing in the renewable energy sector, various solar power mission plans, regulations for grid-connected solar rooftop systems, and legal frameworks concerning competition, data privacy, and factory operations. Furthermore, it mentions state-specific policies that provide incentives for manufacturers in the solar power sector.
This section details various Indian labour laws that may be applicable to the company based on its business activities, covering regulations such as the Gujarat Shops and Establishment Act, the Contract Labour (Regulation and Abolition) Act, the Building and Other Construction Workers’ Act, and the Employees State Insurance Act. It also lists numerous other labour laws, including those related to child labour, industrial disputes, and various other employment regulations. Furthermore, the text outlines several environmental legislations, such as the Environment (Protection) Act, the Water (Prevention and Control of Pollution) Act, and the Air (Prevention and Control of Pollution) Act, alongside rules concerning plastic waste, battery waste, and electronic waste management.
This section primarily outlines the various laws and regulations that govern the company's operations and foreign investments in India. It details several key acts, including those related to contracts, foreign exchange management, and the framework for foreign direct investment. Furthermore, it mentions that the company must comply with numerous other statutes promulgated by Central and State Governments.
Key points (379, showing 60)
- Information in this section has been derived from the industry report titled “Solar Power EPC and BESS Segment, Globally & in India” dated September 29, 2026 prepared by Dun & Bradstreet. p.164
- A copy of the D&B Report is available on the company's website and included in “Material Contracts and Documents for Inspection” on page 570. p.164
- The segment reporting in financial statements is based on the criteria set out in Ind AS 108, Operating Segments, and these segments are not presented as operating segments. p.164
- Global economic growth grew at 3.5% in CY2025 according to the International Monetary Fund (IMF). p.164
- Emerging & Developing Asia is projected to maintain growth between 4.8% and 5.6% during CY2024-CY2028P, driven by domestic demand and infrastructure investments. p.166