iNUMBER is an India/UK research collaboration to help cities reduce their energy demand and improve their electricity and water services.
13 February 2018
iNUMBER (iNtelligent Urban Model for Built Environment Research) is a four-year (2017-2021) collaborative India-UK project to research how best to reduce energy demand in urban areas. It is led by UCL-Energy's Professor Paul Ruyssevelt, in collaboration with Dr Kathryn Janda, the University of Oxford, and academic, business, and non-profit partners in India and the UK.
Funded by the Newton-Bhabha Fund, iNUMBER is supported jointly by the Engineering and Physical Sciences Research Council (EPSRC), and Economic and Social Research Council (ESRC) in partnership with the Government of India’s Department of Science and Technology.
iNUMBER will reduce greenhouse gas emissions, stabilise the electricity grid, and help alleviate poverty by enabling municipalities to provide more support and social services to poorer members of their communities.
iNUMBER was one of four collaborative India/UK projects to reduce energy demand in the built environment announced by Science Minister Jo Johnson as part of a visit to India in November 2017.
- Aims and objectives
iNUMBER aims to develop new methods and an integrated model of built environment for energy demand reduction to support decision-making in cities.
The project's objectives are to:
- develop and diffuse innovative technologies and practices sideways between cities, initially in India and with implications for the UK;
- contribute findings and data upstream to national analysts and policymakers; and
- engage downstream with building owners, technology solution providers, and the public.
- Research approach
WP1: Create a 3D Building Stock Model
- Within Land Parcel
- Building characteristics – Geometry
- Administrative data for use, age, public/private ownership
WP2: Incorporate Municipal Energy Services
- Outside Land Parcel
- Water pumping and street lights
- Ancillary services, gardens, fountains, sewerage treatment
WP3: Increase Data Granularity
- Deep dive into residential sector
- Indoor environmental conditions
- Energy consumption, for comfort
- Across WP1-3
- With three other India/UK projects & other work in the field
- Within Land Parcel
iNUMBER will involve:
- Providing new empirical data sets using unmanned aerial vehicles, laser range finding, infrared and visible cameras, and smart energy and environmental monitors;
- Integrating 3D spatial models of building habitat;
- Analysing the impact of data at different resolutions, one month to five sec;
- Facilitating new forms of benchmarking and cluster analysis of building types and technologies; and
- Accelerating impact by seeking synergies in real time.
iNUMBER will produce data collection and data analysis methods at three levels:
- City building stock
- Municipal energy services
- Residential energy
Ahmedabad City (existing city)
- Administrative data
- iNUMBER data
- Within land parcel / outside land parcel
Amravati (new planning)
- iNUMBER data
- Future projections for planning
- Management of municipal services
C40, UMC, CPR, CIBSE, RESPONCITIES
Vidyadhar Phatak, CEPT University (Principal Investigator)
Urban Planning and City governance
Paul Ruyssevelt, UCL (Principal Investigator)
Stock Modelling, Energy Efficiency
Rajan Rawal, CEPT University
Building Energy Efficiency, Energy Modelling
Kathryn Janda, University of Oxford
Decision-making, Energy Management, and Organisation Science
Krithi Ramamritham, Indian Institute of Technology Bombay
Urban Science, Data Management and Analysis
Mona Iyer, CEPT University
Urban Planning, Water – Sanitation, Urban governance
Cities, governance and deployment
iNUMBER sits as part of a wider buildings and cities energy research partnership.
- David Jenkins, Heriot Watt
- Dr Andrew Peacock, Dr Eddie Owens, Dr Sandhya Patidar, Dr David Flynn, Dr Valentin Robu, Dr Sarah Payne
- Prof Paul Ruyssevelt, Dr Katy Janda
- Prof Philip Steadman, Dr Ivan Korolija, Dr Robert Liddiard, Mr Douglas Stephen Evans, Dr Russell Layberry, Dr Philipp Grunewald
- Prof Rajat Gupta, Oxford Brookes
- Dr Tim Chatterton, University of West of England, Prof Fergus Nicol, Dr Sonja Dragojlovic-Oliveira
- Prof Sukumar Natarajan, University of Bath
- Prof David Coley, Dr Nick McCullen, Prof James Davenport, Dr Ian Walker