LEGO builds solar factory in Virginia

March 22, 2026

The LEGO Group is accelerating its commitment to renewable energy by developing its first U.S.-based manufacturing facility in Chesterfield County, Virginia. The project combines large-scale solar power generation with a low-carbon factory design, reinforcing the company’s sustainability goals.

As part of this initiative, LEGO plans to build a substantial ground-mounted solar installation adjacent to its upcoming Virginia manufacturing site. This move highlights the company’s broader effort to integrate clean energy into industrial operations across the United States.

By investing in on-site renewable energy, LEGO joins a growing number of manufacturers seeking to cut emissions, control energy costs, and improve long-term operational resilience.

Large-scale solar installation to power Virginia facility

Construction of the solar park is scheduled to begin this summer. The installation will cover nearly 80 acres and feature more than 30,700 solar panels mounted on the ground. Once completed, the system is expected to generate up to 22 megawatts of peak power capacity.

This solar array is a key component of LEGO’s strategy to run the facility entirely on renewable energy. It also reflects a wider industry trend toward localized energy production and reduced dependence on traditional power grids.

In addition to the ground-mounted system, LEGO will equip its buildings with rooftop solar panels. Approximately 10,080 panels will be installed, contributing an additional 6.11 megawatts peak (MWp).

Together, these systems create a hybrid renewable energy model that enhances energy independence, reduces electricity costs, and provides greater stability during grid outages.

Advanced energy management systems will be integrated to optimize performance. These technologies will balance solar generation with manufacturing demand throughout the day, ensuring efficient energy use.

Inside LEGO’s first U.S. manufacturing hub

The Virginia site marks LEGO’s first manufacturing operation in the United States. Initially announced in 2022, the project represents a $1.5 billion investment.

Spanning 340 acres, the facility will include 13 buildings designed for various functions such as molding, packaging, office operations, an energy center, and a high-bay automated warehouse.

LEGO aims to operate the site as a carbon-neutral facility by matching all energy consumption with renewable sources. Engineers have prioritized energy efficiency across every aspect of the design and production process.

This includes strategic building orientation, high-performance insulation, and advanced climate control systems to minimize energy demand.

Automation will also play a central role. The high-bay warehouse will use cutting-edge automated systems to streamline storage, logistics, and distribution processes.

Sustainability beyond energy: materials, waste, and certification

LEGO’s sustainability efforts extend well beyond renewable power. The company is working toward achieving zero waste to landfill at the Virginia facility, reinforcing its circular economy goals.

The project is also targeting LEED Platinum certification, one of the highest standards for sustainable building performance. This certification evaluates energy efficiency, water usage, and material selection.

A notable feature of the design is the use of mass timber in office construction. This renewable building material helps store carbon and significantly reduces emissions compared to traditional construction materials.

Additional sustainability initiatives include water-saving technologies, recycling programs, and efficient resource management systems throughout the facility.

A Blueprint for future sustainable manufacturing

By combining large-scale solar infrastructure with low-carbon construction materials, LEGO’s Virginia project sets a new benchmark for environmentally responsible manufacturing.

As development continues, the facility could serve as a model for future LEGO factories worldwide. It also demonstrates how global brands are transforming U.S. manufacturing through strategic investments in clean energy and sustainable design.