Renewables and Energy Storage

We provide end-to-end advisory and technical support for the integration of renewable energy technologies, battery energy storage systems (BESS) and pumped storage hydro (PSH) into power systems, as part of broader efforts to accelerate the energy transition. Our expertise spans utility-scale and distributed energy resources, covering solar PV, wind, hydro, and hybrid systems. We work with government agencies, utilities, and developers to conduct feasibility assessments, grid integration studies, and economic analyses to identify optimal configurations that enhance system reliability and cost-effectiveness.

Our services include detailed modelling of renewable generation profiles, grid impact assessments, and dynamic studies to evaluate system performance under varying operational conditions. For energy storage, we advise on sizing, siting, and control strategies to support functions such as frequency regulation, peak shaving, energy arbitrage, and firming of variable renewable energy (VRE). We also assess policy and market frameworks to identify revenue streams and design incentive mechanisms that support bankable storage investments.

In emerging and developing energy systems, we assist in formulating strategies that ensure renewables and storage are integrated in a technically sound and economically viable manner—taking into account existing grid limitations, forecast demand growth, and climate resilience objectives. By combining engineering, economic, and policy insights, we help clients deploy renewable and storage technologies not only as stand-alone solutions but also as integral components of national energy transition strategies and decarbonisation pathways.