🇬🇧UK
1,480 Vicki Thermostats Installed to Improve Energy Efficiency in Student Accommodation
Our client
Building type: Student accommodation
Client Name: Utopi for Anonymous Client
Location: UK
Building parameters: 2 Buildings, 30 floors, 578 roomsÂ
Product(s) implemented:
1480 Vicki LoRaWAN® Smart Radiator Thermostats
1421 Utopi Multisensors
Utopi platform
Partner: Utopi
“With the Vicki Smart Thermostats, we were able to optimise energy controls for our clients and help them reduce their utility costs.”
Partner Company
About Utopi
Building performance made simple. Utopi simplify the complexities of data acquisition and ESG reporting to decarbonise the multi-tenant real estate sector, for the benefit of people, planet, and profit. Whether it be Performance Reporting, Automated Temperature Control or Empowering Residents to change their behaviours, Utopi offer an Impact Toolkit that will suit your requirement. New Build or Retrofit, we have a validated 9x ROI.
Challenges
Two Purpose-built student accommodation (PBSA) assets were equipped with radiators that required optimization to reduce energy waste. The two buildings, which had 578 rooms, needed precise room-by-room temperature controls and optimization of gas consumption for the radiators. Energy was being wasted due to unregulated ventilation, unnecessary heating of unoccupied spaces, and other inefficiencies. The client was searching for a solution that didn’t require extensive renovation yet offered rapid retrofitting, so went to Utopi for their data solutions and ESG technology.
Solution
The energy efficiency project carried out by Utopi was rolled out in March 2024 and consisted of 1480 Vicki LoRaWAN® Smart Radiator Thermostats that were installed in each room to offer clients remote control of room temperatures according to the individual needs of the occupants. The Vicki radiator thermostats together with The Utopi Platform allowed schedule creation, maintained stable temperature levels, and were used based on the occupancy of the rooms and the needs of the inhabitants. A schedule was applied where the temperature was set to a maximum of 23°C with automatic step downs to 18°C after 24 hours and 7 degrees after 36 hours. During the 2024/2025 heating season, the number of overheated rooms (above 24°C) in one of the buildings decreased by 34%. Across both buildings, total energy consumption was reduced by 5,463 kWh, resulting in an estimated cost saving of £87,058. With the support of the Utopi Impact Team in turning raw data into actionable insights, the student accomodation was equipped with real-time data that allowed them to react quickly, identify outliers, and significantly reduce on-site energy waste.
All the implemented innovations resulted in improving the building’s carbon footprint, simplified sustainability reporting, and allowed for improved resident comfort.
Site A
Site B
Results
ÂŁ87,0585
estimated cost saving, 5,463 kWh reduced consumption
Open protocol
no vendor lock-in
99% compatibility
with standard radiators
Open-windows
detection
Products in this case study
Vicki LoRaWAN® Smart Radiator Thermostat
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MClimate Vicki Rugged Backplate
Tested against seven other commercial radiator thermostats, the Rugged Backplate outperformed them in both static load and impact resistance, based on CHARPY/IZOD ISO 179/180 and EN standards.
With carefully selected materials and a reinforced mechanical structure, the Rugged Backplate significantly enhances the durability and resilience of the Vicki TRVs.
MClimate Wireless Thermostat LoRaWAN®
MClimate CO2 Display lite LoRaWAN®
MClimate Vicki Rugged Backplate
Tested against seven other commercial radiator thermostats, the Rugged Backplate outperformed them in both static load and impact resistance, based on CHARPY/IZOD ISO 179/180 and EN standards.
With carefully selected materials and a reinforced mechanical structure, the Rugged Backplate significantly enhances the durability and resilience of the Vicki TRVs.
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