This section documents the research and experimental work in progress at ElecSys Lab. These projects represent the frontier of our innovation — exploring new technologies, environmental sensing, energy systems, and automation strategies for sustainable agriculture.
Many of these efforts are in prototyping or early evaluation stages and are not yet part of our production systems. We share them here to provide transparency, invite collaboration, and track the evolution of our ideas.
Research into high-resolution environmental sensing and physiological metrics — including VPD, leaf temperature, PAR, Brix, sap flow, and other indicators of plant stress and productivity.
Development of dual-well evaporative cooling, desiccant-based dehumidification, and passive temperature regulation using groundwater and solar energy.
Integrated light modules with UV/blue pest control, motorized canopy height tracking, and foliar delivery systems for precision microclimate management.
Design of closed-loop control strategies where real-time sensor data triggers irrigation, dosing, or climate interventions — beyond time- or light-based rules.
Experimental formulations, localized blending, and cost-performance optimization of hydroponic nutrients for scalable production.
R&D is central to how ElecSys Lab evolves. Sharing what we're thinking about — not just what we’ve built — helps build trust, invites feedback, and connects us with collaborators who care about the future of food, climate, and technology.