Smart AE provides an integrated building energy management platform that functions like a central nervous system, using a network of sensors to continuously feed real‑time data to a Building Management System (BMS).
Funding
Funding not disclosed
Founders
Product
Problem
Many commercial and institutional buildings rely on legacy automation systems that lack real-time visibility, resulting in inefficient energy use, high operational costs, and limited ability to predict equipment failures.
Solution
Smart Automation Energy (Smart AE) offers an integrated building energy management platform that acts as a central nervous system for facilities. A network of sensors continuously streams real‑time data to a Building Management System (BMS), which analyzes conditions and automatically adjusts lighting, HVAC, power, and other subsystems for optimal efficiency. The platform provides predictive maintenance diagnostics by monitoring system health and generating detailed fault reports. Customizable dashboards give facility managers clear visibility of energy performance, enable target setting, and highlight ongoing improvement opportunities. The solution is designed to integrate with existing building automation infrastructure, delivering a turnkey, performance‑based approach to reducing operating expenses.
Target Audience
Primary customers are building owners, facility managers, and operators of large commercial, institutional, and industrial properties seeking to lower energy costs and improve system reliability.
Features
- Sensor network that feeds real‑time environmental and equipment data to the BMS
- AI‑driven analytics that compute optimal setpoints for lighting, HVAC, and power systems
- Automated control loops that fine‑tune equipment operation to maintain comfort while minimizing energy use
- Predictive maintenance module with fault detection, diagnostics, and scheduling recommendations
- Role‑based dashboards that display energy targets, consumption trends, and savings metrics
- Seamless integration with existing building automation systems and support for performance‑based contracts