On June 10, 2026 a new report from Wells Fargo and the Home Innovation Research Labs revealed a striking shift in home improvement priorities. Homeowners are spending far more on projects explicitly designed to withstand extreme weather and power interruptions. Purchases of impact resistant windows whole home backup power systems and elevated mechanicals rose sharply as families weigh safety and continuity alongside aesthetics. For many households the decision to renovate is now less about resale value and more about making a home feel like a refuge when storms arrive and the grid falters.
What the data shows and why it matters
The Wells Fargo and HIRI analysis tracks both the dollar value and intent of recent home renovation work. The data shows above average increases in spending on storm proofing measures in coastal and inland flood zones and a surprising uptick in regions previously considered low risk. That geographic spread signals a broader perception among homeowners that climate risk is universal rather than localized.
Spending increases concentrated in specific categories: impact resistant windows and doors, roof strengthening and tie downs, generator and battery backup installations, and landscape work to manage runoff. Collectively these investments reflect homeowners choosing measures that protect life safety and preserve habitability when utilities fail. For insurers mortgage lenders and local governments the trend raises questions about incentives, retrofit financing and codes that will either accelerate or stall resilience adoption.
How homeowners describe the choice to retrofit
In interviews across several affected communities homeowners described a sensory calculus behind their decisions. One homeowner in a gulf coast town recounted the metallic clack of shutters snapping shut before a storm and the quiet that followed when emergent gusts passed overhead. A family in a wildfire prone region spoke of the smell of embers in the air during the last dry season and of installing ember resistant vents because the memory of narrowly losing a neighbor’s home made inaction untenable.
Those stories are common: renovations driven by fear of repeat trauma and by a desire for normalcy. Homeowners often cited simple metrics that mattered personally such as how long they could stay warm or cool without power or whether a young child could continue remote schooling when outages hit.
Which upgrades are rising fastest
The report identifies several high growth categories. Impact resistant windows and reinforced entry doors led in dollar growth because they protect the building envelope and often reduce insurance premiums. Backup power solutions including whole home generators and battery energy storage systems saw rapid adoption as costs fell and product options multiplied. Roof retrofits and secure anchoring for HVAC equipment also rose because those elements are frequently vulnerable in high wind events.
Landscape interventions to reduce flood risk such as permeable paving rain gardens and elevation of mechanicals grew notably in flood plains. These measures often pair with community scale investments in stormwater systems which indicates a growing intersection between private renovations and public infrastructure planning.
Financing, incentives and policy levers
Cost remains a barrier for many homeowners. The report highlights how financing options and incentives determine who can afford resilience measures. Low interest retrofit loans, targeted grants for vulnerable households, and insurance premium credits for certified upgrades are effective levers. Several localities have tied property assessed clean energy financing to resilience projects enabling repayments through property tax bills which spreads cost across time.
Policymakers face a balancing act. Broad subsidies accelerate uptake but require fiscal commitment. Insurance regulators and lenders can incentivize resilient construction through underwriting that recognizes the loss mitigation value of certain retrofits. Clear technical standards and certification programs also matter so homeowners and contractors can identify which products and installations genuinely reduce risk.
Contractor capacity and supply chains
Surging demand for specialty products has exposed labor and supply bottlenecks. Contractors reported delayed shipments for high strength glazing and extended lead times for battery systems in markets experiencing the largest spikes in orders. The scarcity often leads to longer project timelines and price pressure which can deter some homeowners from moving forward.
Training tradespeople in resilience techniques is another immediate challenge. Installing impact glazing or integrating a battery with home wiring requires skills not universal among general contractors. Workforce programs and certification pathways for resilience retrofits will be critical if the trend is to reach scale without compromising installation quality and safety.
Insurance and market signals
Insurers are reacting to increased homeowner investment and to heightened risk exposure. Some carriers now offer premium discounts for certified resilience upgrades while others are retreating from the most exposed markets by tightening underwriting or raising rates. Those moves create uneven incentives across regions and can push the cost of remaining uninsured or underinsured onto lower income households.
Real estate markets are beginning to reflect resilience as a factor in buyer decision making. Listings that advertise recent storm proofing or certified backup power can command buyer attention in high risk geographies. However resale premiums are inconsistent and depend on local market awareness and regulatory recognition of resilient features.
Equity concerns and who is left behind
An urgent theme in the report is equity. Wealthier homeowners are adopting resilience measures far faster because they can afford upfront costs and access financing. Lower income households, renters and those in older housing stock often lack the capital or landlord cooperation to retrofit. That gap risks concentrating recovery burdens on vulnerable communities and deepening social inequities after disasters.
Policymakers and philanthropic actors highlighted programs that target grants and low cost loans to underserved neighborhoods and that subsidize community scale resilience infrastructure as ways to distribute benefits more fairly. Without such policies resilience will remain a privilege rather than a public good.
Practical steps for homeowners considering retrofits
Experts recommend a few pragmatic actions before committing to projects. First get a risk assessment to prioritize measures that address the most likely hazards. Second explore financing options including retrofit loans property assessed financing and available grants. Third seek contractors with certified experience in resilient installations and demand product certifications to ensure performance during actual events. Finally consult your insurer to understand potential premium credits and to ensure upgrades are recognized in policy terms.
Where to learn more and follow the data
Readers can review broader climate risk guidance from the Federal Emergency Management Agency and technical retrofit resources from the Department of Energy for home resilience measures and energy backup planning. Those resources complement the Wells Fargo and HIRI report which traces spending patterns and homeowner sentiment and provides a baseline for monitoring how resilience becomes normalized in home improvement choices.
What the data makes clear is that resilience is becoming a major driver of the remodeling market. The sensory moments homeowners recount the cost calculations contractors navigate and the policy choices cities confront together map a new reality where homes are maintained not only for comfort and value but to withstand the next extreme event. How quickly resilience becomes accessible to all will determine whether communities become safer or whether protection remains unevenly distributed.
Would you like a practical checklist for evaluating impact resistant windows and battery backup systems or a short guide to retrofit financing options in your state
