SEI

Smart supervisor for Energy efficiency optimization of Industrial processes

SEI

Smart supervisor for Energy efficiency optimization of Industrial processes

PROJECT DATA

Project coordinator: Idea75
Category:
Industry 4.0, Energy Efficiency
Location:Corato, Altamura, Lucca
Start: 08/2014 – End: 10/2016

Logo Regione Puglia

REGIONE PUGLIA PO FESR 2007 – 2013 | PROGRAMMA PLURIENNALE DI ATTUAZIONE PERIODO 2007-2013 | Asse I – Promotion, enhancement and dissemination of research and innovation for competitiveness | Azione 1.1.3: for innovative new companies investing in research and development. | Aid for newly created innovative small enterprises

PROJECT DATA

Project coordinator: Idea75
Category:
Industry 4.0, Energy Efficiency
Location:Corato, Altamura, Lucca
Start: 08/2014 – End: 10/2016

Logo Regione Puglia

REGIONE PUGLIA PO FESR 2007 – 2013 | PROGRAMMA PLURIENNALE DI ATTUAZIONE PERIODO 2007-2013 | Asse I – Promotion, enhancement and dissemination of research and innovation for competitiveness | Azione 1.1.3: for innovative new companies investing in research and development. | Aid for newly created innovative small enterprises

RESULTS

+
0

Plants managed by
SmartSupervisor

+
0

Equipment checked

+
0
k€

In investments
thanks to decision support

-
0
k€

Reduction
of energy consumption

OBJECTIVES

Continuous improvement in energy efficiency / Reduction of operating costs / Optimization of investments in plant expenditure / Online KPI evaluation
The goal of the project was to create an innovative decision support system for the continuous improvement of energy efficiency and for predictive maintenance of energy-intensive industrial plants in order to reduce operating costs by reducing energy consumption and by minimizing the occurrence of unscheduled plant shutdowns.

With the aim of optimizing investments in the cost management of the plants, online KPI evaluation of efficiency for all parts / lines of the plant and data sharing and certification for project financing interventions by ESCo, credit institutions and / or co-financing public tenders were implemented.

SOLUTIONS

SmartSupervisor, a distributed computing cluster designed for Industry 4.0
Idea75 developed SmartSupervisor, a distributed computing cluster designed by following an architectural approach to ensure great flexibility and modularity implementing Industry 4.0 technologies. The computing cluster is based on the SmartProcessor device, a compact size Single Board Computer (SBC) encapsulated in a “USB form factor” enclosure.

The SmartProcessors firmware is equipped with uSS (micro SmartScada) and uIOES (micro IOES), two System Identification-Optimization and Decision Support algorithms dedicated to energy efficiency of industrial plants and suitably optimized for the management of a single machine (equipment).

MORE IN DEPTH

Each SmartProcessor is associated to a piece of equipment

SmartSupervisor acquires information from on-site sensors and other high performance systems.The system is fully remotely manageable

SmartSupervisor:
  • is installed in 6 plants of the Casillo Group, located between Corato, Altamura and Lucca;
  • monitors and manages 3196 pieces of equipment;
  • managed to obtain 7% savings through the reduction of energy consumption, maintenance costs and production optimization;
  • led to a 4.48% reduction of the EnPI of compared to the baseline value of 2013;
  • has proven to be an effective investment with an IRR (internal rate of return) of 41% and an ROI of 121% (evaluated over four years).

PUBLICATIONS, ARTICLES, AWARDS

GRASPA 2015 (biennial conference of the Italian Research Group for Environmental Statistics): “Energy-efficiency optimization of the biomass pelleting process by using statistical indicators”

June 15, 2015

Biomass pelleting process strongly depends on a number of variables hard to be simultaneously controlled. This paper suggests a method to ensure pellets moisture optimization and process energy saving. An experimental testbed was arranged in order to validate the performance of the proposed strategy. It is based on a closed-loop control system that regulates material moisture and flow rate, but its robustness is affected by the control-loop delay (the actuator delay is about 10 minutes) and by the random arrangement of the pellets inside the cooler that strongly affects product moisture (the measurement errors are not negligible). To overcome those problems, a robust statistical approach was adopted to reach the best tradeoff between estimation accuracy and computational effort. It was derived by the well known Random Close Packing model and statistical estimator. Experimental results prove the effectiveness of the proposed approach that provides moisture errors less than 7.2% with a continuous limitation of energy consumption.

Giuseppe L. Cascella, Davide Cascella, Francesco Cupertino, “Energy Metering Optimization in Flour Mill Plants for ISO 50001 Implementation,” 2016 IEEE Workshop on Environmental, Energy, and Structural Monitoring Systems, Bari, Italy, 13-14 June 2016

June 13, 2016

This paper proposes an innovative strategy to optimize the energy metering in large and energy-consuming plants such as industrial flour mills. The proposed solution deals with ISO 50001 implementation which represents a critical challenge for many companies because the benefits due to improvements in energy management could be potentially canceled by the costs of an Energy Management System (EnMS). In particular, the Key Performance Indexes (KPIs) monitoring is a crucial activity for several reasons: it is one of the early activities, it affects the measurement quality of KPIs and it deeply impacts the EnMS requirements and, consequently, the investment valuations. The proposed strategy supports the energy managers in the design of the energy monitoring system suggesting the points of the electrical network to be equipped with sensors and monitored. Moreover, the paper describes the results carried out in a real-world application: the energy sensor network of a 1.2MW flour mill plant sited in Italy has been designed and implemented with the proposed innovative solution.

LOVATO ELECTRIC: “FOR A MORE EFFICIENT TRANSFORMATION OF WHEAT” [INDUSTRIAL AUTOMATION N. 240 – MARCH 2016]

MARCH 07, 2016

“Fundamental in achieving the energy efficiency objectives, it is a monitoring network of energy flows based on instruments capable of real-time detection and recording of all the useful values necessary for the quality evaluation of the system. […] The collaboration with the design and engineering company Idea75 proved to be essential for the realization of the project. The decision support of Idea75’s proprietary Smart Supervisor System allowed us to estimate the most significant KPIs “.

IL SOLE 24 ORE 24/11/2016: “MEETINGS. PRESIDENT DE BARTOLOMEO: WE ARE READY FOR LEVEL 4.0. ADVANCED TECHNOLOGIES DRIVE THE INDUSTRY IN BARI”

NOVEMBER 24, 2016

“Industry 4.0 must involve the entire national production sector and facilitate the digitization not only of large companies, but also of SMEs. A bilateral objective that already shows many good examples in Bari. Like the Casillo group (a leading company in the wheat and flour sector) which operates in strategic collaboration with Idea75, estabilished in 2014, which offers solutions for process optimization, plant efficiency and monitoring / control of industrial plants within energy-intensive companies. “

STAKEHOLDERS & CREDITS

SCIENTIFIC DIRECTOR

MSc with honors & PhD in Electrical Eng
Full Professor of Machines and Electrical drives
Politecnico di Bari (IT)
Scientific director Energy Factory Bari
100+ international papers

PROJECT COORDINATOR

MSc with honors & PhD in Electrical Eng.
Politecnico di Bari (IT)
EU Marie Curie Fellow
Nottingham University (UK)
40+ international papers
30+ industrial and R&D projects

Casillo Group

PARTNER

The Casillo Group, with a grinding and handling capacity of over 2 million tonnes / year of wheat, is one of the largest “Market Makers” in the world in the durum wheat sector.
www.casillogroup.com

FUNDING BODY

Funding body and promoter of the 2007-2013 ERDF Operational Program for the enhancement and dissemination of research and innovation for regional competitiveness.
www.regione.puglia.it

RESPONSIBLE FOR FACILITATING MEASURE

Puglia Sviluppo manages a large part of the regional incentive tools for businesses as an intermediate body of the Puglia Region or as direct manager of financial instruments.
www.pugliasviluppo.eu

PROJECT KEYWORDS