Bridging the Gap Between OpEx and OEM Specifications
The limiting factor in massive-scale IoT deployments—ranging from commercial real estate HVAC telemetry to industrial asset tracking—is the inherent operational expenditure of battery maintenance.
While ambient light energy harvesting offers a definitive solution, theoretical photovoltaic yields rarely align with the stochastic nature of real-world illumination. Quantified Light & Power (QLP) provides the empirical environmental data required to eliminate design uncertainties.
We empower enterprise end-users with the site-specific data necessary to mandate battery-free solutions in their vendor RFPs, while simultaneously providing OEMs with the precise power budgets needed to engineer those solutions with confidence.
Telemetry & Data Acquisition Architecture
Light is a dynamic, highly localized variable. Standard single-point lux measurements are insufficient for engineering autonomous power systems. QLP deploys proprietary, multi-modal sensor networks to capture continuous, high-fidelity environmental data.
Active Mesh Telemetry
For comprehensive environmental mapping, we deploy a network of low-power wireless nodes utilizing a custom mesh routing protocol. This allows for real-time aggregation of spectral irradiance, localized temperature, and lux variations across large commercial footprints without bridging into existing corporate IT infrastructure.
Passive Edge Logging
In deep-shadow environments, heavily obstructed outdoor zones, or RF-denied areas, we deploy ultra-low-power, self-contained passive micro-loggers. These units record localized microclimate data for weeks or months, ensuring worst-case scenario power thresholds are accurately documented.
Strategic Procurement & Specification
Data collection is only the first phase. QLP translates raw environmental telemetry into actionable hardware specifications. We calculate the exact continuous power yield, necessary storage buffering capabilities, and required active photovoltaic area.
Through strategic partnerships with Tier-1 foundries, our engineering reports map directly to commercially available cell chemistries. Whether your specific light profile demands Amorphous Silicon for standard commercial lighting, Dye-Sensitized Solar Cells for extreme low-light edge cases, or Organic Photovoltaics for flexible form factors, QLP provides a direct, validated pathway from initial audit to final component procurement.
Engineering Consultation
Deploy autonomous infrastructure supported by empirical data. Submit your facility parameters for a preliminary scoping analysis.