能源

We’re co-creating clean generation solutions across a globally diverse team with strong multi-sector connectivity across power, 能源, 水, 数字, manufacturing, transport, infrastructure and more.

As the world turns to intermittent forms of renewable 能源 to reduce reliance on fossil fuels, 能源 storage will become increasingly important to provide short-and long-term balance in our power systems.

We’re at the forefront of 能源 storage including the design and feasibility of large pumped hydro 能源 storage projects; small and large-scale battery 能源 storage schemes (BESS); optimization of generation-pumping cycles; optimization of reservoir capacities for generation; pumping and provision of ancillary services and integration studies with existing generation assets.

With the potential to decarbonize a broad spectrum of industries, hydrogen is receiving attention in many countries around the world as an alternative 能源 storage solution. As hydrogen production technologies evolve and renewable 能源 costs decline, large-scale zero-emissions hydrogen production may be more viable now than ever before. The broad utilization of hydrogen has potential to play an important role in our drive toward a decarbonized, sustainable future.

Serving as the connective tissue of an 能源 grid, transmission and distribution (T&D) networks are facing a paradigm shift. Existing gas and coal-dependent 能源 infrastructure is being modernized to accommodate the amount of renewable 能源 necessary to meet net-zero targets and build sustainably.

This ranges from new High Voltage Direct Current (HVDC) / High Voltage Alternating Current (HVAC) transmission grids accommodating large offshore generation projects to smart distribution networks that are able to absorb large demands from electric vehicles (EV) and other distributed 能源 resources.

Our team supports global utilities, renewable developers and conventional generation owners/operators in all project phases ranging from pre-feasibility studies, navigating various development and interconnection milestones, to engineering design, procurement, installation, commissioning and operation.

We’re leading the transition with lower emission base load alternatives such as high efficiency combined cycle gas turbines (CCGT), biomass generation facilities and 能源-from-waste (EfW). Carbon capture and storage (CCS) solutions are a key part of meeting the decarbonization challenge.

We’re designing and implementing efficient combined heat and power (CHP) and district 能源 projects for utilities, private and public sector entities, including universities, health care campuses, federal agencies and businesses. We tackle the interrelated tasks and processes - from detailed planning through implementation addressing all aspects of efficient and reliable CHP project development.