HVAC failures destroy crops. Utility caps block expansion. Energy costs eat margins. Get phaseable resilience that protects critical environmental systems and unlocks growth—without waiting for utility upgrades.
Free assessment · Environment stability plan · Scale-without-utility roadmap
15 minutes. Identify risks. Get a resilience + scale plan.
Who it's for: Controlled environment agriculture operations—vertical farms, greenhouses, and indoor cultivation facilities—facing uptime risks, energy cost pressure, or utility constraints blocking expansion. What it solves: Provides phaseable resilience that protects critical environmental systems (HVAC, dehu, lighting), reduces peak demand exposure, and enables scale without waiting for utility upgrades. Next step: Book a free 15-minute Risk & Uptime Assessment to get your Environment Stability Plan and Scale-Without-Utility Roadmap.
Watch how the Controlled Environment Uptime Plan protects your operation
Every outage risks your crop. Every utility cap limits your growth.
Crop loss from single HVAC/dehu failure
Wait time for utility capacity upgrades
Of operating costs tied to energy
Controlled environments require constant climate management. When HVAC or dehumidification fails—even briefly—temperatures spike, humidity swings, and stress cascades through your crop. A few hours of drift can mean weeks of recovery or total loss.
Lighting, HVAC, and dehumidification are massive energy draws. Volatile utility rates and demand charges make costs unpredictable. Without energy management, you're at the mercy of rate increases and peak pricing.
Ready to add rooms? Scale production? The utility says no—or puts you on a 12-24 month waitlist for capacity upgrades. Your growth is hostage to grid infrastructure you don't control.
Diesel generators need fuel deliveries, maintenance schedules, testing protocols, and they still have startup delays. They're loud, dirty, and unreliable for the precision your environment demands.
Phaseable resilience that protects critical systems and reduces peak exposure.
Map environmental loads, identify vulnerabilities, calculate peak exposure and outage risk.
Create a phased resilience plan prioritizing HVAC, dehu, and critical environmental systems.
Install systems in phases without disrupting grow cycles or production schedules.
Manage peak demand, reduce energy costs, and unlock capacity for expansion.
A multi-room vertical farm operation was capped by their utility—no additional capacity available, 18-month wait for upgrades. After implementing the Controlled Environment Uptime Plan with on-site generation and peak management, they tripled production capacity within 12 months while actually reducing their utility bill by 22%.
"We were stuck. Utility said no more capacity. Now we're running more rooms than ever and our power bill is lower. Game changer for our expansion plans."
[Operations Director Name]
Operations Director, [Vertical Farm]
"Last summer we had 3 grid events. Our environment never moved. HVAC stayed online, dehu kept running, crops stayed perfect. Worth every penny."
[Facilities Director Name]
Facilities Director, [Greenhouse Operation]
[Load Profile & Peak Demand Reduction Graphic]
24-hour load curve showing peak shaving and baseload optimization
If we can't deliver a phase plan that reduces both your risk exposure and your cost exposure, you get a written plan—absolutely free.
We're confident because we've done this for CEA operations like yours. The vulnerabilities are identifiable, the solutions are proven.
We prioritize your critical environmental systems—HVAC, dehumidification, lighting controls, and CO2 systems—with seamless power continuity. When grid power fluctuates or fails, your environment stays stable. No temperature spikes, no humidity swings, no crop stress.
Yes. Our systems reduce your peak demand on the utility grid, which addresses the capacity constraints that often block expansion. By generating or storing power on-site, you can add rooms, lights, or facilities without waiting years for utility upgrades.
Generators have a startup delay of 10-30 seconds—enough time for environmental conditions to drift and stress plants. Our systems provide instantaneous switchover with zero gap. Plus, we integrate energy management that reduces your baseline costs, not just backup power.
Phase 1 protection for critical environmental systems typically deploys within 90-120 days. We design for minimal operational disruption—most installations happen without affecting your grow cycles or production schedules.
Tell us more about your operation and we'll prepare a customized resilience plan.
Stop letting grid reliability and utility caps limit your growth. Get the resilience plan that protects your crops and unlocks expansion.
Book Your Free Assessment Now