
How one Midlands city is proposing to limit data centers and regulate short-term rentals
Cayce, South Carolina, is proposing new unified zoning and land-development ordinances that would introduce specific restrictions on data center locations and size. These regulations aim to proactively address the growing presence of data centers by keeping them a certain distance from residential areas and limiting their square footage. The proposals are currently with the Planning Commission and are scheduled for review by the City Council.
Cayce, South Carolina, is moving to update its zoning and land-development rules, proposing a unified ordinance that would introduce specific restrictions on data center development within the city. The city's development service director, Luke Godbold, stated that these updates are a proactive measure to address data centers as a "hot topic" and ensure responsible development standards.
The proposed regulations would mandate that data centers be located at least 2,000 feet away from residential properties, churches, schools, and parks, and a minimum of 200 feet from all property lines. Additionally, facilities would be capped at 80,000 square feet, and mechanical equipment would require screening by an 8-foot-high opaque fence or wall. Restrictions on barbed wire and chain-link fences are also part of the draft.
City staff, with consultants, have been working on the ordinance for over a year, conducting research and holding work sessions with the Planning Commission, along with several town hall meetings. Cayce Mayor Elise Partin confirmed that the City Council is scheduled for a briefing on the document the week of September 14, with a public hearing before the Planning Commission set for September 21. The Planning Commission must recommend the draft before it can advance to the City Council for a final vote.
While other municipalities in the state are considering moratoriums, Cayce's approach is described as less drastic, focusing instead on defining specific parameters for data center siting and size.