Pelican TS250H

(Evaluated by UC Berkeley) An advanced thermostat controls residential and small commercial Heating, Ventilation, and Air Conditioning (HVAC) equipment while communicating with other systems, and uses computational capability to provide advanced functionality, such as including additional sensors, the ability to group multiple thermostats, energy reports, and/or notifications.

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Technology Basics Application Guidance Energy & Cost Impacts

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Pelican TS250H

The Pelican thermostat supports up to two stages of heating and cooling for both conventional systems and heat pumps. The mobile and web interface allow grouping of zones; monitoring HVAC operation provides alerts and notifications. The Pelican has optional on-board CO2 sensors. The thermostat communicates through a proprietary wireless network.

Hub Highlights:

On-board Carbon Dioxide sensors
Option for humidity, economizer control

Primary Setting	Commercial
User Interface Options	Web app (Pelican Connect app through web browser)
Multiple Thermostat Control	Group and manage multiple thermostats, shared schedules and setpoints, through web or mobile app
Access Restriction	Keypad lockout User management allows Admins and users Temporary schedule override allowance Limit heat/cool setpoint ranges
Notifications/Reports	Automated email or text message alerts when a fault is detected (high CO2, network failure, cool/heat failure, safe temperature/relative humidity range failure, utility event. History of state and runtime
Available Sensors	Onboard relative humidity and Carbon Dioxide sensors
Demand Response Capable	Can participate in Utility Demand Response programs; Open Automated Demand Response (OpenADR) capable

Sample Size	1
Thermal sensor accuracy (@68F)	0.1±0.4 °F
Thermal sensor accuracy (@75F)	0.1±0.6 °F
Impact of surrounding surface temperature on Thermal sensor accuracy	Good
Standby power	0.64 W
Estimated usability of physical interface	N/A