Risk Focused Standby Power Planning

Dustin Streetman

February 18th, 2026

A White Paper Published February 17th, 2026

Executive Summary

Atlanta and Georgia are experiencing explosive industrial and commercial growth, including data centers, advanced manufacturing, and distribution hubs. Expansion teams entering this market face unique operational risks regarding standby power planning that generic enterprise risk frameworks often fail to capture.

Standby power planning in Georgia is location-specific: transmission infrastructure, permitting timelines, and interconnection protocols vary across counties and utilities.

Matthew Kent, Georgia Power spokesperson, recently noted:

Georgia is different than other states and markets. The way we are addressing growth is helping us keep costs low for customers — including our multi-year rate freeze in place now and more than $100 in annual savings for families beginning in 2028. (Fox 5 Atlanta, 2026).

Industry observers highlight broader cost pressures:

Although a small number of large electricity users are responsible for rising demand, the costs of new transmission infrastructure are overwhelmingly shifted onto ratepayers, exacerbating energy affordability concerns. (National Wildlife Federation, 2026).

Takeaway: Standby power planning involves strategic operational planning, requiring regional expertise, regulatory knowledge, and continuity-focused engineering. Anderson Power Services (APS), the largest privately owned commercial and industrial generator company in the Southeast, has been navigating this landscape for 30 years, consulting with CEOs, risk managers, and construction teams to ensure revenue and uptime are protected from day one.

Introduction: Georgia Requires Geo-Specific Standby PowerPlanning

Enterprise risk frameworks are typically standardized for multi-location operations. However, Atlanta’s grid dynamics, rapid industrial expansion, and state-level governance introduce factors that cannot be addressed by national playbooks alone.

Organizations entering Georgia often discover after breaking ground that:

• Standard planning assumptions about redundancy and uptime may not apply.
• Interconnection processes vary widely by utility and county.
• Transmission delays or infrastructure gaps can disrupt operations even when on-paper risk frameworks appear complete.

Risks and Challenges in Georgia

Key operational risks include:

• Grid Variability: Localized load patterns can differ dramatically from other regions, affecting generator sizing and redundancy planning.
• Permitting Complexity: Municipal and state interconnection processes vary, introducing potential delays to commissioning schedules.
• Rapid Load Growth: National data center demand is projected to more than double by 2028 (Berkeley Lab, 2024).
• Revenue Exposure: Industrial downtime can cost $5,000 to $100,000+ per hour, depending on facility scale.
• Enterprise Misalignment: Multi-location organizations may misapply corporate risk frameworks that fail to account for local nuances.

Callout: Georgia’s growth must be viewed through a localized lens. Standby power planning cannot rely on national assumptions in isolation.

Standby Power Planning Considerations

• Load Modeling: Base sizing on projected operational capacity and local grid characteristics.
• Redundancy Engineering: Design transfer systems and fuel strategies for realistic outage scenarios.
• Long-Term Service Agreements: Ensure uptime and operational continuity.
• Regulatory Coordination: Engage early with utility and permitting authorities.
• Revenue & Operational Protection: Embed continuity into both construction and operational phases, reducing downtime exposure.

APS Approach: Revenue Protection vs. Equipment

APS has been actively planning Georgia expansions for five years, working directly with:

• CEOs and executive teams
• Risk management and compliance managers
• Construction and engineering leadership

Our approach is strategic, proactive, and bespoke:

• Regional Expertise: 30 years navigating the Southeast market.
• Bespoke Planning: Each site is modeled based on local grid behavior, permitting timelines, and projected load.
• Executive Alignment: Direct engagement with leadership teams to align risk mitigation with business objectives.
• Continuity-Focused Engineering: Redundancy, fuel management, and maintenance planned for real-world conditions.

Callout: APS is the Southeast’s largest privately owned generator company — continuity is designed for revenue protection, not just equipment.

Key Takeaways

• Enterprise risk frameworks alone do not address Georgia’s unique challenges.
• Standby power planning must integrate grid behavior, interconnection, permitting, and redundancy from the outset.
• Revenue protection is inseparable from operational planning.
• Multi-location enterprises entering Georgia require APS’s 30 years of expertise to translate risk frameworks into actionable, location-specific continuity solutions.

Contact

• Email: sales@andersonpowerservices.com
• Website: andersonpowerservices.com

References

• Kent, Matthew, Georgia Power spokesperson. Fox 5 Atlanta. “Environmental groups oppose Georgia Power expansion powering data centers,” Feb. 2026.
• National Wildlife Federation. “Data centers are stress-testing the grid; communities and wildlife are feeling the pressure.” Feb. 2026.
• Lawrence Berkeley National Laboratory, 2024 Report on U.S. Data Center Energy Use, Dec. 20, 2024. https://eta.lbl.gov/news/berkeley-lab-report-evaluates-increase-electricity-demand-data-centers