Powering Pharmaceutical Innovation: Morton Electric Delivers Scalable Solar Infrastructure for AstraZeneca

Morton Electric recently completed a comprehensive design-build electrical infrastructure project for AstraZeneca, enabling the integration of a 2.2 MW solar array at the company’s facility. Interconnected at the plant’s 12.47 kV substation, the system represents a strategic investment in both energy reliability and long-term sustainability.

The project scope included installation of a 4 MVA transformer, new switchgear, panelboards, and a premium Square D I-Line distribution panel. This infrastructure ensures seamless integration of solar generation into the facility’s existing electrical system while maintaining the high-performance standards required for pharmaceutical operations.

Just as importantly, the system was engineered with future expansion in mind. The electrical design includes built-in capacity for a potential 1 MW battery energy storage system. As energy storage adoption continues to grow—driven by grid resiliency needs and declining battery costs—this forward-looking approach positions AstraZeneca to enhance operational continuity and manage energy more strategically in the years ahead.

Across the pharmaceutical sector, energy demands are both intensive and non-negotiable. Advanced manufacturing, climate-controlled environments, and continuous research operations require highly reliable power infrastructure. According to industry analyses, life sciences facilities can consume up to 10–20 times more energy per square foot than traditional commercial buildings, making efficiency and resilience critical priorities.

AstraZeneca, a global, science-led biopharmaceutical company, operates at the forefront of innovation in oncology, rare diseases, and biopharmaceuticals. As outlined in its 2026 reporting, the company continues to invest in sustainable operations as part of its broader commitment to reducing carbon emissions and improving environmental performance. Projects like this solar interconnection directly support those goals by reducing reliance on grid-supplied electricity and enabling cleaner energy sourcing.



By combining robust electrical engineering with scalable renewable integration, Morton Electric’s work demonstrates how infrastructure upgrades can support both operational excellence and sustainability targets. As more industrial and life sciences facilities look to balance reliability with decarbonization, projects like this offer a practical blueprint for the future of energy in high-demand environments.