The Harrisburg Planning and Zoning Meeting on December 17, 2024, highlighted significant discussions around the future of lighting in the town, with a strong emphasis on sustainability and flexibility in design. One of the key proposals discussed was the potential integration of solar lighting into new developments, reflecting the town's commitment to renewable energy and environmental responsibility.

During the meeting, officials expressed a desire to allow for a variety of lighting styles in large shopping centers and mixed-use developments. This flexibility aims to enhance the aesthetic appeal of these areas while ensuring that lighting meets safety and functional standards. The conversation also touched on the current capabilities of electric utility providers, with assurances that existing lighting options, including decorative street lights, have been effective.

A notable point raised was the possibility of incorporating solar-powered lights into the town's lighting plans. One council member advocated for exploring solar options, suggesting that lights not reliant on the grid could significantly contribute to Harrisburg's sustainability goals. The discussion acknowledged the need for a hybrid approach, ensuring that lighting remains functional even during periods of low sunlight.

The town's new engineer and public works director are actively reviewing existing plans to introduce more consistency in street design, which includes lighting and landscaping elements. This initiative is part of a broader update to the Unified Development Ordinance (UDO), which aims to enhance the town's sustainability measures.

As the town moves forward with these discussions, officials plan to research solar lighting options and collaborate with power companies to assess feasibility. The integration of sustainable practices into the UDO is seen as a crucial step in aligning Harrisburg's development with its values and community goals. The outcomes of these discussions will play a vital role in shaping the town's future infrastructure and environmental impact.