Many buildings operate ventilation and economizer systems independently, resulting in missed chances to use energy-free cooling when outdoor conditions allow. Without a coordinated strategy, systems either over-ventilate or bypass energy-saving opportunities, increasing HVAC load and operational costs.
This issue is especially relevant for engineering firms, building owners, and net-zero consultants working in office towers, co-working spaces, clinics, schools, data centers, and energy-intensive facilities. As energy codes tighten and sustainability goals rise, optimizing fresh air intake and mechanical ventilation is no longer optional – it’s essential.
Sol-In intelligently combines Demand-Controlled Ventilation (DCV) with economizer logic, adapting ventilation based on both indoor conditions and outdoor air availability. When outside air is cool and clean, Sol-In automatically opens dampers to deliver energy-free cooling, reducing HVAC load while maintaining air quality.
When outdoor air is not clean, Sol-In automatically closes the damper to maintain indoor quality. This automated dual strategy maximizes energy efficiency, enhances comfort, and supports compliance with advanced building energy codes. It’s a seamless way to meet DE carbonization targets, reduce utility bills, and future-proof building operations – all without manual intervention.
The Problem: Without coordinated control, systems miss opportunities to leverage free cooling or optimize fresh air intake.
Segments: Office Towers, Co-working Spaces, Data Centers, Energy-Intensive Buildings, Clinics, Educational Institutions.
Sol-In’s Solution: A dual-strategy approach combining DCV with economizer logic. When outdoor conditions are favorable, Sol-In opens dampers for energy-free cooling while preserving IAQ.
Why It Matters: Maximize energy efficiency, maintain thermal comfort, and comply with advanced building energy codes – intelligently and automatically.
For: New Buildings/Retrofit: Engineering Firms, Net Zero Consultants, Building Owners.
