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Triangulum was an EU Horizon 2020 smart-city "lighthouse" project that ran from February 2015 to January 2020
Permanent project revision
Revision 2026-10-16-baseline · effective 2026-10-16
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Triangulum was an EU Horizon 2020 smart-city "lighthouse" project that ran from February 2015 to January 2020
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with Manchester, Eindhoven and Stavanger as its three test cities
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In Manchester a consortium led by the city council, with Siemens as technical partner and both universities, worked on the Oxford Road Corridor.
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Early research found that renewables could at best supply 25 per cent of the area's energy, so the work turned to storage and building controls.
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A cloud-based Siemens controller switched heating and cooling on and off in council and university buildings in response to demand on the grid
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Manchester Metropolitan University's Birley campus got 595 solar panels and a lithium-ion battery under a microgrid controller
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the universities added electric vehicles and four electric cargo bikes
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the University of Manchester launched a data hub, Manchester-I, on 29 November 2017
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The project's own final impact report, led by the University of Manchester, gives the measured results
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Smart energy controllers across five building assets produced a 15% demand reduction, saving 21 tCO2e per year.
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The solar panels at Manchester Metropolitan University generated 100,000 kWh a year, meeting 3% of energy demand and saving 3 tCO2e.
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The Birley battery's first trial began on 17 December 2019
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the project ended on 31 January 2020
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so its savings of £24,777 a year are an estimate
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The four cargo bikes made 4,493 journeys over three years and saved 820 kgCO2e
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by the final report 307 users had downloaded data from Manchester-I 427 times
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the report multiplied the controller result across 20,000 commercial premises in the city centre to reach 42,000 tCO2e a year
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Siemens' announcement put the citywide potential of its controller at approximately 57,000t
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The project had set targets of a reduction of more than 65% in building energy consumption and a 75% shift of demand to renewable sources.
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The number that travelled from Manchester was not the 21 tCO2e the controllers saved but the 42,000 tCO2e that 20,000 hypothetical premises would save.
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the trials at the council were halted for months by technical challenges
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laboratory users in one university building withdrew so often that it was dropped
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fitting new controls onto existing building management systems is "a social challenge rather than a technical one"
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What outlasted the trials was the data hub, which the Urban Observatory and CityVerve went on to use.
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src-ed35fee09dbf86b5The EU's project fact sheet: start 1 February 2015, end 31 January 2020; total cost €29,507,946.58, EU contribution €25,420,602.29; coordinated by Fraunhofer; lighthouse cities Manchester, Eindhoven and Stavanger, follower cities Prague, Leipzig and Sabadell. Its participant table lists Siemens PLC's net EU contribution at €4,190,600.40, Manchester City Council's at €972,120.50, the University of Manchester's at €978,907.81, Manchester Metropolitan University's at €291,471.88 and Pixelmill's at €400,426.25.
src-e153e8590e8a0dd6The consortium's final-period summary as published by the Commission. Lists the project's main objectives (a reduction of more than 65% in building energy consumption, a 75% shift in energy demand to renewables, more electric vehicles, an ICT data hub); for Manchester it reports a potential to save 42,000t CO2 a year from optimising buildings, PV and storage saving €34,000 a year, and four eCargo bikes; it names City Verve in Manchester as one of the projects for which Triangulum was a stepping stone.
src-c87e7ae012c9152aDeliverable D2.6, the project's final impact report, led by the University of Manchester (cover dated January 2020). Reports the Manchester trials module by module: controller trials at the Town Hall Extension, Central Library and two university buildings, halted at the council for months in 2018 and dropped at the Alan Gilbert building; the Birley battery (420 kW, 484 kWh maximum storage) first trialled on 17 December 2019 with yearly savings estimated at £24,777; 15% demand reduction and 21 tCO2e a year from controllers in five building assets, scaled to 42,000 tCO2e across 20,000 commercial premises; PV generating 100,000 kWh a year, 3% of demand; cargo bikes and the Manchester-I data platform. Lists CityVerve as a spin-off and says Manchester-I is used by the Urban Observatory and CityVerve.
clm-5b58706d0db3e376clm-df30e6f02d782252clm-900639119feb62beclm-81917dbedad9ec7aclm-7ef0bcefc936f7a0clm-9672c79223267a7aclm-61af72be0964a392clm-1c8272980d7fae1dclm-318bdad48bfdc6c6clm-51d203d0c38f71a2clm-d606c1213db1d8bdclm-5f4366ce2e671209clm-905aa6a8e079ad66clm-68bac571553c7b1dclm-1346618fdb0e50d9src-de257ab7f251d04aThe technical partner's closing announcement. Describes the cloud-based central controller working as a virtual power plant with building management systems at the Central Library and Town Hall Extension and three University of Manchester buildings, the Birley battery and solar panels, and states that scaled citywide the controller could potentially save approximately 57,000t CO2 a year.
src-b6a4b977cfc9a4e4The Birley partner's announcement: a 400kWh lithium-ion battery and 595 solar panels on the Brooks Building, managed with the existing combined heat and power plant by a microgrid controller, can supply electricity to 900 student rooms and the academic building; the university added two electric cars to its pool.
src-7337f6f69e9b34bbCase study with interviews of the council's programme manager and Siemens' project manager, written as the lighthouse phase was closing. States that research found renewables could at best generate 25 per cent of the area's energy needs, so the team turned to storage and smart building controls, and that some technologies proposed in the bid were not feasible when it came to delivering them.
src-70721cba91a695a6The Triangulum team's introduction of Manchester-I, a single hub bringing together urban data from across the city and the university (mobility in the Corridor, building energy, air quality, weather, water levels), with the ambition of becoming a city-level data portal and a legacy beyond individual projects.