A digital platform is a unified environment that connects building equipment, systems, data, and applications in one place. It enables building teams to monitor performance, manage operations, and optimize building outcomes through a single, connected experience.
$10.2m
energy cost savings
916mt
CO2 reduction
13%MW
energy reduction
Overview
What is Trane Cloud?
Trane Cloud brings together data, analytics, applications and services into one secure, seamless digital experience, empowering teams to operate buildings more efficiently, reliably, sustainably and comfortably.
-
Unified Experience
Integrated operational view across all systems and sites.
-
Intelligent Data Foundation
Centralized equipment, building, and service data.
-
Advanced Insights
Actionable analytics that reveal issues and opportunities.
-
Scalable Solutions
Start simple, expand as your digital maturity grows.
How it works
Understanding Trane Cloud
Trane Cloud is a suite of applications and services built to enhance HVAC management, maintenance, operations, and energy optimization.
-
Connect your buildings seamlessly with a Trane Building Automation System controller, providing secure remote access from day one.
Resources & Insights
Trane Cloud insights.
Day in the Life of a Facility Manager with AI Control
Realize Savings with Connected Mechanical Service
Revolutionizing HVAC: AI Control Powered by BrainBox AI
BrainBox AI's Cloud BMS: The future of building management is in the cloud
Customer Stories
Top Enterprises Choose Trane
Real-world results, real-world impact.
FAQs
Your questions about Trane Cloud, answered.
A digital platform includes connected data from building systems, scalable architecture, advanced analytics, strong security, and intuitive user interfaces. These characteristics support consistent performance, flexibility, and long-term value.
A digital platform creates value by turning building data into actionable insights that improve efficiency, reliability, sustainability, and occupant comfort. It helps organizations streamline operations, optimize energy usage, reduce risk, and make better decisions across their building portfolios.