India-headquartered renewable energy consulting and engineering company SgurrEnergy has crossed 240 GW of renewable energy capacity designed and engineered across global markets. The milestone coincides with the company’s 25th year of operations and its ambition to support the development of 400 GW of renewable energy capacity worldwide by 2030.
Headquartered in Pune, Maharashtra, SgurrEnergy has worked across more than 60 countries. Its portfolio spans multiple renewable energy technologies and project stages, with the company seeking to expand its international presence while strengthening its engineering capabilities in India.
Asia accounts for more than 162 GW of the company’s global portfolio, making it a key market for its operations. SgurrEnergy is also exploring opportunities in markets including Oman, South Africa and Australia as it looks to extend its presence in established and emerging renewable energy markets.
SgurrEnergy Expands Global Renewable Energy Engineering Portfolio
The company’s services cover wind, solar photovoltaic (PV), battery energy storage systems (BESS), hybrid renewable energy systems, hydropower and grid solutions. Its portfolio also includes environmental and social advisory services.
SgurrEnergy provides technical support across the renewable energy project lifecycle, from feasibility studies and resource assessments to energy yield analysis, technical due diligence and bankability assessments. Its engineering services include design, procurement support and project management.
The company also undertakes lender’s and owner’s engineering, construction support, quality assurance, inspection and commissioning. Its involvement can extend into the operational phase through asset performance management, repowering, life extension and decommissioning services.
This range of services positions the consultancy across several stages of renewable energy infrastructure development, including project assessment, financing support, construction and long-term asset management.
AI-Enabled Workflows and Engineering Capabilities
SgurrEnergy is incorporating artificial intelligence (AI)-enabled workflows and analytics into its engineering processes. According to the company, these tools are intended to improve engineering precision, optimise project designs and increase delivery efficiency.
The company expects these capabilities to support projects across international markets, where technical standards, grid conditions and regulatory requirements can differ.
Its global engineering operations are supported by more than 260 engineers and technical professionals based in Pune. SgurrEnergy estimates that renewable energy projects designed and engineered by its teams have contributed to approximately 158.5 million tonnes of avoided carbon dioxide emissions.
Company Targets 400 GW by 2030
Commenting on the 240 GW milestone, Arif Aga, Director of SgurrEnergy, said the company’s growth has been shaped by decades of engineering experience, client relationships and technical learning across different technologies and international markets.
He added that supporting the next 160 GW would require a broader approach to developing energy systems that are flexible, resilient and better integrated into global energy consumption and management.
The company’s 400 GW target represents an additional 160 GW of renewable energy capacity designed and engineered over the next four years. Its strategy includes expanding its international project portfolio, building strategic client partnerships and investing in technical talent and engineering capabilities.
Bioenergy Business Analysis
SgurrEnergy’s milestone highlights the expanding role of engineering and technical advisory firms in the global renewable energy market. As renewable energy deployment grows, project developers and investors require specialist support not only for solar and wind installations but also for storage, hybrid systems, grid integration and long-term asset performance.
The company’s portfolio across more than 60 countries and its concentration of engineering talent in India illustrate how Indian technical service providers are participating in international clean energy infrastructure development.
Its next growth phase will depend on its ability to convert its 2030 ambition into project engagements across new markets and technologies. The increasing integration of battery storage, hybrid systems and grid solutions could also broaden the scope of engineering services required as power systems accommodate higher shares of variable renewable generation.
