Nergy Live provides a cloud‑based IoT platform that links sensors and actuators across HVAC, lighting, hot‑water, and indoor‑air‑quality systems to deliver real‑time monitoring and adaptive control. Facility managers can oversee multiple sites via a web dashboard or mobile app, using analytics that optimize energy use, lower utility costs, and improve occupant comfort while integrating with existing legacy BMS hardware.
Funding
Funding not disclosed
Founders
Product
Problem
Buildings often rely on legacy building management systems that lack real-time data integration, adaptive control, and centralized oversight, leading to inefficient energy use, higher operating costs, and suboptimal indoor environmental quality.
Solution
Nergy Live offers a cloud‑based IoT platform that connects sensors and actuators across HVAC, lighting, hot‑water, and indoor air quality subsystems. The platform streams real‑time measurements to a SaaS analytics engine that applies statistical and adaptive control algorithms to optimize temperature, ventilation, lighting, and hot‑water distribution. Facility managers can monitor multiple sites from a single web dashboard or mobile app, receive customizable alerts, and generate performance reports that quantify energy savings and carbon‑footprint reductions. The solution integrates with existing legacy BMS hardware, enabling a phased upgrade without costly system replacements. By automating valve and pump operation, adjusting setpoints based on occupancy and weather, and providing actionable insights, Nergy Live improves occupant comfort while lowering utility expenses.
Target Audience
Primary customers are facility managers and sustainability teams in commercial office complexes, hospitals, hotels, and large residential developments seeking to reduce energy costs and improve indoor environmental quality.
Features
- IoT sensor network with temperature, humidity, CO₂, particulate matter, VOC, flow, and pressure monitoring for HVAC, lighting, and hot‑water systems
- Cloud‑hosted adaptive control algorithms that automatically adjust setpoints, fan speeds, and pump operation based on real‑time occupancy and environmental data
- Centralized multi‑building web portal and mobile app for remote monitoring, control, and customizable alert configuration
- Seamless integration layer that connects to legacy BMS protocols and equipment, enabling hybrid deployments
- Energy analytics suite that tracks consumption, calculates ROI, and produces carbon‑footprint reports for sustainability reporting
- Motorized valve and pump automation for hot‑water plants, including solar heat‑pump hybrid management and demand‑based diversion
- Indoor Air Quality (IAQ) management with real‑time CO₂, PM2.5, and VOC monitoring and automated ventilation adjustments