SmartGATE™
Hold incoming voltage where your equipment needs it.
SmartGATE™ actively manages and regulates the voltage coming into a building’s systems. It reduces ongoing maintenance, extends equipment lifespan, and keeps operations running smoothly — without changing how the building is run.
Active power management at the service entrance — correcting incoming power in real time, at more than 99.5% efficiency.
Technology overview
Once the problem is measured, SmartGATE corrects it.
As an advanced voltage regulation system, SmartGATE™ actively manages and corrects incoming power to maintain optimal conditions for a building’s electrical infrastructure. By stabilizing voltage and reducing harmful fluctuations, it minimizes maintenance needs, extends equipment lifespan, and supports continuous, reliable performance across critical building systems.
Utility-delivered voltage can be fully compliant and still sit above what the equipment inside was built for. SmartGATE closes that gap.
How SmartGATE works
Installed alongside what is already there.
Continuous measurement
SmartGATE is installed alongside the building’s existing electrical systems and continuously monitors incoming power.
Real-time regulation
Voltage is regulated to ±8% at more than 99.5% efficiency, so HVAC, lighting, and other critical systems receive the power they were designed for.
No major retrofit
Designed for straightforward installation and integrated into the existing electrical system without disrupting building operations.
Capability
Eight power-quality functions in one system.
Technical features
- Full voltage regulation ±8%
- Voltage reduction
- Voltage boosting
- Sag and swell mitigation
- Overvoltage mitigation
- Undervoltage mitigation
- Power factor improvement
- Harmonic improvement
Key benefits
- Real-time active power management
- Increased energy efficiency
- Increased uptime and equipment lifetime
- Lower GHG emissions
- Lower operating and maintenance costs
- Enhanced profitability and valuations
- Visibility to building and financial impact
- Information to make better building decisions
- IoT electricity data for ESG leadership
In the field
Two cabinets, sited to suit the room.
SmartGATE goes in alongside existing switchgear — from the service entrance through to the internal assembly that does the regulating.
Baseline considerations
What to know before installation.
SmartGATE installs much like a transformer. Two considerations shape where it goes and how it is commissioned.
Flexible installation locations
SmartGATE does not have to be fully installed in the electrical room. The two cabinets can sit in adjacent rooms as long as the proper distance between them is maintained — one in the electrical room and one in a separate room, with intercabinet cables run between the two.
Phase sequence
SmartGATE is sensitive to phase sequence. Phases A, B and C must be in positive phase sequence — phase B lagging phase A by 120°, and phase C lagging phase B by 120°.
Ready to find out how your buildings are impacted?
A Power Impact Assessment compares incoming voltage with equipment design conditions and translates the gap into estimated impacts on equipment life, maintenance costs, replacement timing, and capital planning.