Port Newark Container Terminal Activates 7.2 MW Solar Array, Pioneering On-Site Clean Energy for Global Shipping Hubs
Key Insights
The Port Newark Container Terminal has commissioned a 7.2-megawatt solar power plant, integrating clean energy into a highly active shipping facility without operational disruption.
Standard Solar utilized innovative elevated canopies over roadways and parking lots, alongside rooftop installations, to maximize solar generation in a space-constrained environment.
This project supplies approximately half of the terminal's annual electricity demand, significantly reducing emissions and demonstrating a viable model for port decarbonization.
The initiative aligns with broader efforts to clean up U.S. seaports, offering a blueprint for other major shipping hubs to adopt on-site renewable energy solutions.
The Port Newark Container Terminal (PNCT) in New Jersey has commissioned a 7.2-megawatt solar power plant, marking a significant advancement in decarbonizing global shipping infrastructure. This ambitious project integrates clean energy into a bustling, 320-acre shipping hub, demonstrating that large-scale solar deployment is achievable without disrupting critical operations or consuming valuable space.
Standard Solar, the firm behind the PNCT project, leveraged custom engineering to overcome the site's inherent space constraints. Instead of traditional ground-mounted arrays, the company erected elevated canopies over active roadways, contributing 3.8 megawatts of the total capacity while preserving truck traffic flow. Additional canopies were installed over parking lots, complemented by rooftop panels, bringing the total generation to 7.2 megawatts. "This project showcases the ingenuity and adaptability of solar to thrive in even the most complex, space-constrained logistics environments," emphasized Rick Berube, Standard Solar COO. The entire array was constructed without interrupting the terminal's continuous operations.
This innovative approach enables PNCT to meet approximately half of its annual electricity demand with solar power, leading to a corresponding 50% reduction in emissions. Beyond environmental benefits, the project offers substantial operational cost savings and enhances community relations by potentially sharing excess capacity with the local grid. The initiative aligns with broader efforts under the U.S. Environmental Protection Agency's Clean Ports Program, which aims to mitigate air pollution from maritime operations, improving public health and climate resilience.
Recognized with Solar Builder's "Project of the Year Editor’s Choice Award," the PNCT solar installation overcame significant construction challenges, including soft soil, a high water table, and flood risks common to coastal shipping hubs. Its seamless integration into one of America's busiest ports, managing constant vehicle flow, further highlights its technical achievement. PNCT proudly notes its dual-purpose use of active operational footprint for in-terminal solar energy generation, a rare feat globally.
This project is poised to serve as a blueprint for other ports. Standard Solar, a Brookfield subsidiary, and PNCT, a joint venture between Ports America and Terminal Investment Limited (TiL), bring substantial financial backing and industry expertise. TiL has affirmed its commitment to decarbonization, actively reviewing investment plans to reduce indirect emissions and transition to low-carbon electricity, including electrified and hybrid equipment. The success at Port Newark underscores the growing market opportunity for on-site renewable energy solutions in industrial sectors, with other major hubs like the Port of Los Angeles also pursuing ambitious solar and EV charging initiatives, including a 20-megawatt solar project and a $25 million electric truck charging program.