Industry · IT Parks & Campuses

Centralized Energy and HVAC Control for IT Parks & Large Campuses

Manage energy performance and HVAC operations across multiple buildings, tenants, and operating schedules from a single command center.

IT parks and large campuses operate like small cities, with diverse buildings, tenants, and usage patterns. ZEDBEE helps campus operators gain centralized visibility and control, reducing energy waste while maintaining consistent comfort across the entire estate.

The Challenges

Why IT Parks and Campuses Struggle with Energy Control

As campuses grow, HVAC and energy systems are often managed building by building, using disconnected BMS platforms and manual reporting. This fragmentation makes it difficult to compare performance, enforce consistent operating standards, or identify energy inefficiencies at a portfolio level.

How ZEDBEE Fits

How ZEDBEE Supports Campus Operations Teams

ZEDBEE acts as a centralized intelligence layer across the entire campus, integrating HVAC, energy meters, and occupancy signals into a single management platform.

This enables operations teams to monitor performance, apply consistent control strategies, and optimize energy usage across all buildings without increasing operational complexity.

Outcome

What Campus Teams Achieve with ZEDBEE

With ZEDBEE, IT parks and campuses move from reactive building management to proactive, data-driven energy governance.

Portfolio-Wide Energy Optimization
Reduced HVAC Runtime Across Buildings
Standardized Operating Strategies
Improved Visibility for Leadership & Tenants
Relevant Solutions

Solutions Commonly Used in IT Parks & Campuses

ZEDBEE solutions most commonly deployed in campus environments include:

Multi-Building Management (Command Center)

Energy Management & Optimization

Smart HVAC Control

Occupancy Optimization

Get Started

SEE HOW ZEDBEE WORKS ACROSS
LARGE CAMPUSES

Whether managing a growing IT park or a multi-city campus portfolio, ZEDBEE provides the visibility, control, and intelligence needed to manage energy at scale.