India-headquartered renewable energy consultancy SgurrEnergy has surpassed 240 gigawatts (GW) of renewable energy capacity designed and engineered worldwide, setting a target of supporting 400 GW by 2030 as it expands its international operations and technical capabilities. The milestone comes as the company enters its 25th year, highlighting the growing role of Indian engineering expertise in the development of renewable energy infrastructure across established and emerging markets.
Headquartered in Pune, SgurrEnergy operates across more than 60 countries, providing independent technical advisory and engineering services for renewable energy projects. Its next phase of growth will focus on expanding its international portfolio, strengthening strategic client relationships and investing in technical talent, while applying digital tools to improve engineering precision and project delivery.
The company’s existing portfolio includes more than 162 GW of renewable energy capacity across Asia, which remains a key growth market. It is also pursuing opportunities in Oman, South Africa and Australia, where demand for renewable energy infrastructure creates opportunities for engineering consultants supporting project development, technical assessment and grid integration.
The 400 GW ambition represents a significant expansion from the company’s current portfolio. Achieving it will require continued demand for renewable energy projects, sustained client investment and the ability to manage increasingly complex technical requirements across multiple jurisdictions. SgurrEnergy’s strategy centres on applying its engineering capabilities in India to international markets while adapting project designs to local regulations, grid conditions and commercial requirements.
The company’s services span wind power, solar photovoltaic systems, battery energy storage systems, hybrid energy projects, hydropower, grid solutions and environmental and social advisory. Its involvement extends across the project lifecycle, from feasibility studies, resource assessments and energy-yield analysis to technical due diligence, bankability assessments, engineering design and procurement support.
It also provides lender’s and owner’s engineering, project management, construction support, quality assurance, inspection and commissioning services. After projects become operational, its work can extend to asset performance assessments, repowering, life extension and decommissioning. This broad technical scope enables developers, investors and lenders to access engineering advice at different stages of an asset’s development and operation.
Independent technical advisory has become an important component of renewable energy investment as projects grow in scale and complexity. Developers and financiers need reliable assessments of resource availability, equipment performance, construction risks, grid compatibility and projected energy output before committing capital. Engineering evaluations can help identify technical weaknesses, assess project bankability and inform investment decisions, although final project performance also depends on financing, execution, operating conditions and regulatory stability.
As renewable energy deployment expands, integrating generation into electricity systems is also becoming more important. Solar and wind output varies with weather conditions, creating a need for storage, flexible generation, stronger transmission networks and improved system planning. SgurrEnergy’s focus on battery storage, hybrid systems and grid solutions reflects this broader shift from developing individual renewable energy plants towards supporting more integrated power systems.
In a statement on the milestone, SgurrEnergy Director Arif Aga said the company’s progress reflected decades of engineering decisions, client trust and experience across technologies and markets. He said the next 160 GW would require the company to look beyond individual projects and help shape energy systems in which renewable power is flexible, resilient and better integrated into how economies consume and manage energy.
The reference to the next 160 GW reflects the difference between the company’s reported 240 GW milestone and its 400 GW target for 2030. The additional capacity would represent a substantial expansion of its engineering portfolio, although the target refers to capacity the company aims to support through its services rather than electricity generation or assets it necessarily owns.
SgurrEnergy is also advancing artificial intelligence-enabled workflows and analytics to improve engineering precision, optimise designs and strengthen project delivery. Such tools can support the analysis of large datasets, improve consistency in technical workflows and help engineers assess alternative design configurations. Their value, however, depends on data quality, engineering oversight and the ability to account for differences in technical standards, operating environments and regulatory requirements across markets.
The company’s delivery model is anchored by its Pune headquarters and Centre of Technical Excellence, supported by regional offices in Riyadh, Nairobi, Dallas, Suzhou, Singapore and Dubai. Its workforce includes more than 260 engineers and technical professionals based in Pune, whose multidisciplinary expertise supports projects across international markets.
The model combines a central engineering base with regional market knowledge. This can allow a consultancy to draw on specialised technical capabilities while responding to local conditions, including permitting requirements, grid codes, procurement practices and project-specific commercial risks. For renewable energy markets in Africa, where regulatory frameworks, transmission capacity and access to finance vary considerably between countries, local understanding can be particularly relevant to project planning and execution.
South Africa is among the markets identified by SgurrEnergy as an area of opportunity. The country’s energy transition requires investment in new generation capacity alongside transmission infrastructure, storage and improvements in system flexibility. Independent engineering services can contribute to project assessment and implementation, particularly where developers and investors need to evaluate technical risks before committing capital.
The company’s regional network also includes Nairobi, giving it a presence in East Africa. Across the region, renewable energy development includes utility-scale solar and wind, hydropower, distributed energy systems and emerging storage opportunities. However, the commercial prospects for individual projects depend on factors such as grid access, financing costs, power-purchase arrangements, foreign-exchange exposure and the capacity of utilities to absorb new generation.
SgurrEnergy estimates that renewable energy projects it has designed and engineered have avoided 158.5 million tonnes of carbon dioxide emissions. The figure illustrates the potential climate contribution associated with its project portfolio, but the announcement does not specify the methodology, baseline assumptions, reporting period or verification process used to calculate the estimate. The emissions avoided should therefore be understood as a company-reported figure rather than an independently verified measure presented in the announcement.
As governments and investors seek to expand low-carbon electricity supply, the engineering capacity behind renewable energy development is becoming increasingly important. Project pipelines must translate into infrastructure that can be financed, built, connected to electricity networks and operated reliably over time. The transition also requires technical skills capable of managing storage, hybrid systems, ageing assets and the growing interaction between generation and transmission infrastructure.
SgurrEnergy’s target of supporting 400 GW by 2030 reflects its ambition to expand beyond its established markets while drawing on engineering expertise developed in India. Whether the company reaches that target will depend on the pace of global renewable energy investment, its ability to deepen client relationships and the execution of projects across diverse markets. Its progress will also be shaped by how effectively engineering services respond to the energy system’s changing needs, particularly the growing demand for flexibility, resilience and integration alongside additional renewable generation.
