Jacobs has been involved in a range of BESS projects from development of specifications through to integration studies for engineering, procurement and construction (EPC) Contractors and oversight of the technical performance of EPC contractors on behalf of asset owners. In more recent years, small- and large-scale battery energy storage systems (BESS) have also come to the fore in electricity grids, being deployed to provide system stability or for time shifting of excess renewable energy. In addition to conventional hydro power design capability, Jacobs provides a range of services including optimization of generation-pumping cycles, optimization of reservoir capacities for generation, pumping and provision of ancillary services and integration studies with existing generation assets. Jacobs has been on the forefront of these energy storage projects for over 10 years being involved in the design and feasibility of many of the large pumped hydro energy storage schemes under development in the Asia-Pacific region over this period. Trust Jacobs to help guide you through the energy transition.Īs the world turns to intermittent forms of renewable energy to reduce reliance on fossil fuels for generation, energy storage will become increasingly important to provide short-and long-term balance in our power systems.

The industry is at a junction whereby divergent paths are emerging, with quite distinct future scenarios. From aging and retiring asset bases in traditional base load power systems, to the increasing penetration of intermittent renewable generation, Jacobs is supporting power utilities and private companies all around the world to find the best solutions to their energy and power challenges. Jacobs is helping our clients navigate this uncertain future around decarbonization, electrification demand and decentralization, by providing innovative and efficient solutions, including strategic advisory services, feasibility studies, condition assessments, modelling, master planning, concept and detailed design, and full-scale project implementation. This transitionary period from today to a decarbonized tomorrow, embracing this disruption, is called the energy transition. Traditional value chains and regulatory constructs are being challenged. The energy & power industry is undergoing unprecedented disruption on a global scale.

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