What is a resilience hub, and what does it cost to build one?

What makes a building a resilience hub?

A resilience hub is not just a community center with a generator. It's a building designed to serve two modes: a daily mode (community programming, workforce training, health services) and an emergency mode (shelter, charging, food distribution, medical triage). The building must function in both modes without modification.

The Urban Sustainability Directors Network, which produced the foundational guidance on the building type, defines resilience hubs as community-serving facilities augmented to support residents and coordinate resource distribution and services before, during, or after a hazard event — and emphasizes that they are led by community members rather than by local government (USDN, Guide to Developing Resilience Hubs, 2019).

The defining features are:

1. Backup power — solar PV with battery storage, sized to run critical loads for 72+ hours
2. Hardened envelope — impact-resistant glazing, reinforced roof, elevated above flood level
3. Redundant systems — dual water supply, dual communications, backup HVAC
4. Accessible design — ADA-compliant, multilingual signage, capacity for 200+ occupants
5. Community programming — designed for daily use, not just emergencies

What does it cost to build a resilience hub?

There is no reliable published cost-per-square-foot benchmark for this building type. USDN's own guidance says plainly that no two resilience hub projects are alike and recommends a life-cycle cost approach rather than a unit rate.

The figures below are nSCALE's own estimates, derived from our cost modeling on the West Marion Resilience Hub — not industry data, and not a substitute for a real estimate on your site.

On backup power there is real published data. USDN puts the capital cost of resilient power for a typically-sized hub at $150,000–$250,000 if the components are purchased and installed outright (USDN, 2019).

The scoping decision matters more than the unit cost. PSE Healthy Energy modeled solar-and-storage designs for a 12,000 SF two-building community center riding out a four-day outage, and found that backing up the full building on a realistic rooftop cost $1.4 million with a negative net present value, while backing up only critical loads cost $200,000 with a positive NPV (Murphy, Designing Solar and Storage for Community Resilience Hubs, PSE Healthy Energy, January 2022). A seven-fold cost difference sits in the definition of what you are backing up. That question should be answered before design, not during value engineering.

How does the West Marion Resilience Hub fit this model?

nSCALE designed the West Marion Resilience Hub in Marion, North Carolina, in partnership with West Marion Inc. The project serves a rural community in McDowell County that was heavily impacted by Hurricane Helene in September 2024. Helene caused approximately $79.6 billion in damage and 219 deaths nationally (NOAA Climate.gov, January 2025). In North Carolina alone, the state's damage and needs assessment put total damage and needs at $59.6 billion, with 39 counties declared eligible for federal disaster assistance (NC Office of State Budget and Management, December 2024).

The West Marion hub is designed to serve as a daily community space and an emergency shelter during flood and storm events. The design prioritizes backup power, elevated structure, and community programming — the building is not a bunker, it's a community center that happens to survive a storm. Its program mixes everyday community services with disaster-response infrastructure on the same footprint:

The project is currently between the 100% Design Development and Construction Documents phases. nSCALE completed the feasibility analysis and is now structuring the overall development financials, working with an outside New Markets Tax Credit consultant on the financing.

How do you fund a resilience hub?

Resilience hubs are funded through a combination of sources that don't typically overlap:

1. FEMA Building Resilient Infrastructure and Communities (BRIC) grants — pre-disaster mitigation. The national competition cap is a $20 million federal share per project, with smaller caps on the state, tribal, and building-code set-asides (American Flood Coalition). Check current status before building a capital stack on BRIC: FEMA moved to terminate the program in April 2025, a federal court halted the termination, and FEMA was ordered to restart it, with funding restored during 2026 (NACo; ASFPM). Verify the current cycle's terms against FEMA's notice of funding opportunity.
2. HUD CDBG-DR — disaster recovery funds, post-disaster
3. State resilience funds — North Carolina, for example, appropriated $904.15 million in state funds for Hurricane Helene relief in fall 2024, of $1.13 billion dedicated (NC General Assembly Fiscal Research Division)
4. Foundation grants — climate resilience, community development
5. New Markets Tax Credits (NMTC) — federal tax-credit financing for projects in qualifying low-income census tracts, once feasibility is proven
6. USDA Rural Development — community facilities grants and loans for rural areas

The key is that resilience hubs qualify for both disaster recovery funds and community development funds — they sit at the intersection of two funding streams that don't usually talk to each other. nSCALE's role is to help the client navigate both.

What should you do before designing a resilience hub?

Before any design work, a community should complete a Level 1 scope that answers:

1. What site is available, and is it above the flood plain?
2. What zoning allows a community facility on that site?
3. What is the community's actual need — shelter capacity, programming, services?
4. What is being backed up in emergency mode, and for how long?
5. What funding sources are available in your state?

A Level 1 scope typically costs $5,000–$15,000, depending on scope of work, and takes 2–3 weeks. It's the cheapest way to find out whether a resilience hub is viable on your site before committing to design and construction costs.