IODiCUS - Interoperable Open Digital Control Unit System

Completed

Other Power and Storage Technologies(Electric power conversion)
Other Power and Storage Technologies(Electricity transmission and distribution)
Other Power and Storage Technologies(Energy storage)

Applied Research and Development

ENGINEERING AND TECHNOLOGY (Electrical and Electronic Engineering)

Systems Analysis related to energy R&D (Energy modelling)
Sociological economical and environmental impact of energy (Other sociological economical and environmental impact of energy)

Project Contact
Telemetry Associates Limited

Collaborative Research & Development

Innovate UK

01 January 2015

30 June 2016

18 months

£386,182

East of England

Competition Call: 1401_CRD_SUST_LES - Localised energy systems. Activity Localised energy systems- a cross-sector approach

Project Contact, Telemetry Associates Limited

Project Contact, Critical Software Technologies Limited
Project Contact, Trusted Renewables Limited
Project Contact, Secure Controls Lmited
Project Contact, Smart Homes & Buildings Association Limited
Project Contact, University of Bristol

The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.The Interoperable Open Digital Control Unit System Project (IODiCUS) seeks to demonstrate the technical viability and future market for a connected energy network, in buildings with microgeneration and local energy storage and optimised interaction with the electricity grid. The project builds on the "Interoperability of energy harvesting, storage and use" feasibiility study funded under the TSB Buildings Better Connected Call and will utilise algorithms executing dynamic decision making of the use of microgenerated electricity locally to the building, options for local storage, or for selling to, or buying back from, the electricity grid. It will use a representative set of buildings, residences and dwellings in and around the University of Bristol to demonstrate the efficacy of a Localised Energy System. It will develop Open Digital Control Units and Secure Communication Devices for measuring each energy input, store or output and develop algorithms that aim to delivering stable loads despite intermittency. IODiCUS will evaluate the technical and commercial merits, along with the future needs and constraints of the residential or business customer.

01/10/15