Our Projects
Delivering Excellence Across the Globe
Explore our portfolio of successful renewable energy projects. Each project represents our commitment to engineering excellence, environmental stewardship, and client success.
150+
Projects Completed
30+
Countries
5+ GW
Total Capacity
10M+
Tons CO2 Avoided
Featured Case Studies
Dive deeper into our most impactful projects and discover how we delivered exceptional results.
Desert Sun Solar Farm
The Desert Sun Solar Farm is one of the largest solar installations in the Southwest United States. Spanning over 1,500 acres of desert terrain, this 250 MW facility utilizes single-axis tracking technology to maximize energy capture throughout the day. Our team provided comprehensive EPC services including site assessment, detailed engineering design, equipment procurement, construction management, and grid interconnection. The project features over 500,000 high-efficiency bifacial solar modules, advanced inverter stations, and a 34.5kV collection system connecting to the regional transmission network. Environmental stewardship was prioritized with wildlife-friendly fencing, native vegetation preservation corridors, and minimal grading to reduce site disturbance. The facility generates enough clean electricity to power approximately 75,000 homes while avoiding over 350,000 metric tons of CO2 emissions annually.
Scope of Work
- Site Assessment & Design
- Environmental Permitting
- Equipment Procurement
- Construction Management
- Grid Interconnection
- Performance Testing
Key Results
Pacific Wind Complex
The Pacific Wind Complex demonstrates the potential of onshore wind energy in the Pacific Northwest. Located in the Columbia River Gorge region, this 180 MW facility harnesses consistent wind resources to generate clean electricity year-round. Olsen Energy delivered a turnkey EPC solution including micrositing optimization, foundation engineering for challenging terrain, turbine supply coordination, and full balance-of-plant construction. The project features 60 state-of-the-art 3 MW turbines with 120-meter rotor diameters, optimized for the site's wind characteristics. Our team navigated complex permitting requirements including FAA coordination, wildlife studies, and visual impact assessments. The wind farm connects to the regional grid through a dedicated 230kV substation and contributes to both utility renewable portfolio standards and corporate power purchase agreements.
Scope of Work
- Wind Resource Assessment
- Micrositing & Layout
- Foundation Engineering
- Turbine Erection
- Electrical Infrastructure
- SCADA Integration
Key Results
Mountain Creek Hydro
Mountain Creek Hydro showcases sustainable hydroelectric development that balances power generation with environmental stewardship. This 50 MW run-of-river facility diverts a portion of the natural streamflow through a 3-kilometer penstock to the powerhouse, returning water downstream with minimal impact on the aquatic ecosystem. Olsen Energy provided complete design-build services including hydraulic engineering, civil construction, turbine-generator procurement, and fish passage facilities. The project features two vertical Francis turbines optimized for the site's head and flow characteristics, advanced automation systems, and real-time environmental monitoring. Fish screens and a modern fish ladder ensure safe passage for migratory species. The facility operates as baseload generation, providing consistent power output that complements variable solar and wind resources in the regional grid mix.
Scope of Work
- Hydraulic Engineering
- Civil Works Construction
- Turbine-Generator Systems
- Fish Passage Design
- Automation & Controls
- Environmental Compliance
Key Results
More Projects
Valley Grid Storage
Valley Grid Storage is a state-of-the-art battery energy storage facility designed to enhance grid reliability and enable higher renewable energy penetration in California. The 100 MW / 200 MWh lithium-ion battery system provides multiple grid services including peak demand reduction, frequency regulation, and renewable energy time-shifting. Olsen Energy delivered comprehensive EPC services from site selection through commercial operation, including detailed system engineering, thermal management design, grid interconnection studies, and commissioning. The facility features advanced battery management systems with real-time monitoring, sophisticated power conversion equipment, and fire suppression systems meeting the latest safety standards. The project participates in CAISO wholesale markets and has contracted capacity with the local utility for resource adequacy.
Scope
Results
- 200 MWh storage capacity
- Multiple revenue streams
- 4-hour duration
Coastal Wind Project
The Coastal Wind Project represents Olsen Energy's entry into the rapidly growing offshore wind sector. Located 15 miles off the Massachusetts coast, this 400 MW facility will feature 40 next-generation 10 MW turbines on monopile foundations designed to withstand Atlantic Ocean conditions. Our team is providing comprehensive engineering services including metocean analysis, foundation design, array cable routing, and onshore grid connection. The project required extensive environmental studies, stakeholder engagement, and coordination with federal agencies including BOEM, NOAA, and the Coast Guard. An operations and maintenance strategy utilizing specialized crew transfer vessels and a shore-based service facility ensures optimal turbine performance throughout the 25-year project life. The offshore wind farm will generate enough electricity to power over 150,000 homes while creating hundreds of local jobs.
Scope
Results
- 400 MW offshore capacity
- 40 turbines planned
- 150,000+ homes powered
Summit Solar + Storage
Summit Solar + Storage demonstrates the growing trend toward hybrid renewable energy facilities that combine generation with storage for enhanced grid value. This 150 MW solar facility is co-located with a 300 MWh battery storage system, enabling dispatchable clean energy delivery during peak demand periods. Olsen Energy provided integrated design-build services optimizing the combined system economics and performance. The solar array features single-axis trackers and bifacial modules, while the DC-coupled battery system allows efficient solar energy capture that exceeds inverter capacity. Sophisticated energy management software coordinates solar production, battery charging and discharging, and grid services to maximize project revenues. The hybrid configuration provides firm capacity value for utility resource planning while reducing transmission infrastructure requirements.
Scope
Results
- 150 MW solar + 300 MWh storage
- Dispatchable clean energy
- Peak demand coverage
Let Us Help You Achieve Similar Success
Ready to start your renewable energy project? Our team has the expertise to deliver exceptional results for solar, wind, hydro, and storage installations.