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1. 수정됨2026.10.23 오후 3:47@ThePinGang님이

   제목

   Cielo Cherokee County Data Center Campus: 1.5B USD, 300 MW Facility in Cherokee County, South Carolina→Cielo Gaffney: Approximately $2.1 B, Four Buildings; Initial Operations by End-2028

   리드

   재작성됨

   변경 전

   Cielo Digital Infrastructure is developing the 1.5B USD, 300 MW hyperscale campus across 400 acres near Gaffney in Cherokee County, South Carolina, interconnected to Duke Energy Carolinas 230/500 kV.

   시작

   2027년 12월 31일→2028년 12월 31일

   비용

   $1.5B→$2.1B

   요약

   재작성됨

   변경 전

   • Cherokee County Council enacted fee-in-lieu of tax (FILOT) ordinances for Cielo Digital Infrastructure's 400-acre hyperscale data center campus near Gaffney.
   • Features 300 MW of critical computing capacity distributed across multiple 350,000-square-foot data processing halls.
   • Represents an estimated 1.5 billion USD digital infrastructure development supporting high-density cloud computing and AI workloads.
   • Interconnects to Duke Energy Carolinas 230/500 kV transmission lines within the Upstate South Carolina energy corridor.
   • Engineered to incorporate closed-loop adiabatic cooling systems minimizing consumptive water use.
   • Timeline: planned facility targeting commercial operation in December 2027 (estimated) aligned with utility substation energization and phased campus delivery.

   • Cielo Digital Infrastructure selects Cherokee County for first South Carolina development projectgovernor.sc.gov신뢰도 95%
   • Cielo Digital Infrastructure plans 300MW data center campus in South Carolinadatacenterdynamics.com신뢰도 95%

2. 수정됨2026.10.18 오후 10:14@ThePinGang님이

   요약

   재작성됨

   변경 전

   • Cherokee County Council enacted fee-in-lieu of tax (FILOT) ordinances for Cielo Digital Infrastructure's 400-acre hyperscale data center campus near Gaffney.
   • Features 300 MW of critical computing capacity distributed across multiple 350,000-square-foot data processing halls.
   • Represents an estimated 1.5 billion USD digital infrastructure development supporting high-density cloud computing and AI workloads.
   • Interconnects to Duke Energy Carolinas 230/500 kV transmission lines within the Upstate South Carolina energy corridor.
   • Engineered to incorporate closed-loop adiabatic cooling systems minimizing consumptive water use.