Global Success Stories

The 405 MW-DC Sakaka Solar Park is the first utility-scale solar project built in the Kingdom of Saudi Arabia. As the first large-scale solar project in Saudi Arabia, there were major challenges in supply chain materials sourcing, labor force and training, and site conditions. Nextracker worked closely with the developer and EPC teams to provide project management, foundation design changes, construction best practices, and expedited commissioning.

Australia’s mining industry is steadily shifting its preferred fuel source from diesel to renewables, driven by cost-efficiencies, the security of local supply, and investor pressure. With energy accounting for up to 40% of a mine site’s expenditure, miners are looking to lock in more cost-effective solutions with the highest availability to meet their energy needs. System reliability and uptime top the mining industry’s energy supply priorities, owed to the high cost of lost productivity. With unbeatable uptime across our global fleet, Nextracker’s superior quality, reliability and extreme weather resilience offer mining companies the most reliable source of renewable energy in the market.

Providing clean, renewable power to one of the largest copper producers in the world, the Javiera project is installed high in the remote Atacama desert in Chile. Solar, it would seem, is meant for the desert. But that doesn’t make installing a major 69 MW utility project any easier, especially when you are working in the driest non-polar desert on the planet, a location often compared to Mars.

The 251 MW Techren 2 solar power plant, located 25 miles southeast of Las Vegas, taps into one of the most innovative new solar technology pairings: bifacial modules and solar trackers. Using Nextracker’s NX Horizon™ smart solar tracker solution with a combination of Canadian Solar and LONGi bifacial modules, engineering, procurement and construction (EPC) partner Swinerton Renewable Energy (SRE) and developer Clenera are taking solar PV yield gain to the next level by optimizing system design in response to site conditions and environmental factors.

Deployed on the wide open plains of northern New South Wales, in a region with one of the highest Direct Normal Irradiance (DNI) in the world, NX Horizon’s expansive arc harvests the full solar potential of Australia. Combining the highest irradiance and the most powerful tracking technology on the planet with a reduced total cost of ownership makes the Moree Solar Farm an outstanding PV model project.

In a new case study, independent field-testing data from a yearlong study at the Beacon 5 utility solar plant in California that verify how TrueCapture helped reduce the impacts of inter-row shading and diffuse irradiance, resulting in an average annual energy generation boost of 2.21%.

In the effort to meet the Middle East’s growing electricity needs, utility-scale solar power systems are increasingly being commissioned in the MENA region (Middle East North Africa), in nations such as Jordan, Saudi Arabia, Oman, Turkey, and the UAE. Jordan—with its ancient treasures and beautiful resorts—is a nation highly reliant on tourism. Generating affordable reliable, clean electricity is crucial; it’s anticipated that over 10 GW of solar energy projects will be deployed in 2020; and 82% will be for single-axis tracking ground mount solar projects.

Sprawled across more than 23 square kilometers (9 square miles) of arid desert in Coahuila, Mexico, the grid-connected 828 MW Villanueva solar power plant represents a pinnacle of innovation, quality, supply chain management, and logistical orchestration. The yearly output of the plant surpasses 1,850 gigawatt hours of energy, enough electricity to annually meet the consumption needs of over 1.4 million Mexican households and offset more than a million tons of carbon emissions.

Solar farms are being installed at a rapid rate in California thanks to the experience and dedication of CalCom Solar. CalCom Solar is a design-build company, focused exclusively on solar energy systems for agriculture and water. They design and install systems that off set the high electrical demands of agricultural production while helping customers to reduce operational expenses, improve their bottom line, and farm more sustainably.