White Paper Deploying Large-Scale Energy Storage in California’s Renewable Energy Portfolio Download Now Gordon Butte Pumped Storage Hydro Project Renewable energy sources are key to fueling our power grid. However, renewable sources such as solar and wind can be variable, and keeping the power supply in balance with demand is pivotal to keeping the electric grid stable and reliable. With Absaroka Energy LLC in Montana, Black & Veatch is helping to plan a pumped storage scheme that will store and deliver renewable energy while balancing out the ebbs and flows of supply and demand. It’s a closed loop system that works like a rechargeable water battery, and its benefits can be significant. Watch Video Pumped Storage and Large Pumping Facilities Black & Veatch has provided global pumped storage-related hydroelectric engineering services for more than 25 years. With our leadership in the development of renewable energy projects, we are uniquely positioned and qualified to support the integration of pumped storage in a client’s overall power portfolio. We bring significant experience in: Understanding today’s pump turbine equipment market and procurement approach Transient analysis of the water conductor systems and hydraulic design of inlet/outlet structures Geotechnical and dam engineering for the powerhouse and upper and lower reservoirs Tunnel and underground structure engineering Powerhouse design using 3D CADD to optimize space utilization in the powerhouse Grid integration and interconnection Insight: San Diego to Develop Innovative Hydropower Energy Storage Project Featured Projects Twin Falls Powerhouse Redevelopment Arlington Outlet Hydropower Project Lower Baker Unit 4 Powerhouse Lewis River Fish Passage Systems 0 Related Insights Energy Planning Offers Efficiency, Cost Savings, Resilience Down the Road Technology, Trading Offer Opportunity for Managing Nutrient Discharge The Evolution of Project Delivery: The How and Why There are an estimated 240,000 water main breaks every year in the United States, and those ruptures waste between 14 percent and 18 percent of the nation's drinking water. Aging infrastructure is primarily to blame, as an estimated 40 percent of U.S. water and wastewater pipes are beyond their life expectancy, notes a recent article in WaterWorld. The article goes on to say that half of forecasted capital expenditures by water providers will cover new installation and rehabilitation of underground infrastructure Predictive Maintenance Offers Promise in Asset Management When it comes to understanding how water utilities approach asset maintenance, survey data shows that, on average, they tend to weight their efforts more heavily toward preventive maintenance. The Stormwater Resilience Roadmap: Integration of Delivery Frameworks and Financial Capacity A structured path to a paradigm shift in stormwater management can be developed by integrating an alternative program planning and execution framework, and by enhancing financial resilience through effective funding mechanisms. Collaborate with our Hydropower & Hydraulic Structures team. Complete a short form to request more information and a specialist will contact you.