ProExergy provides an AI‑enhanced engineering platform that integrates exergy analysis, HVAC system design, procurement, commissioning, and operational optimization in a single API‑first workflow. The platform automatically sizes equipment to ASHRAE 2025 standards, identifies waste heat, and delivers real‑time performance monitoring with predictive maintenance, reducing design time by up to 70 % while improving energy efficiency for data centers, industrial facilities, and smart buildings.
Funding
Funding not disclosed
Founders
Product
Problem
HVAC and energy infrastructure projects often suffer from fragmented workflows and limited visibility into thermodynamic inefficiencies, leading to oversized equipment, higher operational costs, and suboptimal performance—especially in high‑density environments such as data centers and manufacturing facilities. Traditional design processes rely heavily on manual calculations and disparate tools, making it difficult to achieve consistent energy optimization across the project lifecycle.
Solution
ProExergy delivers an AI‑enhanced engineering platform that unifies exergy analysis, system design, procurement, commissioning, and operational optimization into a single, API‑first workflow. Advanced thermodynamic models automatically identify waste heat streams and quantify potential energy savings, while AI‑driven sizing calculators generate ASHRAE‑compliant equipment specifications in minutes. The platform integrates real‑time performance analytics and predictive maintenance algorithms to continuously refine system operation and extend equipment life. Engineers and facility managers access cloud‑hosted dashboards that provide traceable calculations, benchmark comparisons, and actionable recommendations, reducing design time by up to 70 % without compromising accuracy.
Target Audience
The primary customers are HVAC engineering firms, data‑center operators, industrial and manufacturing facilities, and smart‑building owners seeking data‑driven design and ongoing energy optimization. Facility managers and sustainability teams also leverage the platform to meet performance targets and reduce lifecycle costs.
Features
- AI‑powered exergy analysis engine that pinpoints thermodynamic losses and suggests cost‑effective remediation strategies
- Precision HVAC design suite with automated equipment sizing, material specification, and compliance checks against ASHRAE 2025 standards
- Extensive equipment database (>10 M items) and global weather station integration for location‑specific load modeling
- API‑first architecture enabling seamless integration with BEMS protocols (BACnet, KNX) and third‑party simulation tools
- Real‑time performance monitoring dashboard with anomaly detection, predictive maintenance alerts, and thermal energy storage control
- End‑to‑end workflow support covering advisory feasibility studies, procurement value engineering, commissioning validation, and continuous operations optimization
- Secure, cloud‑based analytics pipeline with role‑based access controls and audit‑ready documentation for regulatory compliance