EU H2020 HIT2GAP - SmarTABCD’15 Workshop - VERYSchool Navigator

SmarTABCD’15 Workshop Smart Technologies

and Applications on Buildings,Cities and Districts

Bayonne Château-Neuf - France International Conference on

Artificial Intelligence Application and Innovations (AIAI’15)

Mike Brogan, CEO & Co-Founder

VERYSchool Valuable Energy for a Smarter School

QSET software

Energy consultants large MNC’s(IS 393 software)

Members EN/ISO 50001 committeesFirst installs:

buildings & industry

EN 16001 software deployed

Enerit ISO 50001 software launched

20 years in Management System SoftwareISO 9001, ISO 14001, OHSAS 18001

1995 2004 2006 2008 2010 2011

Enerit Founded

EUROPEAN COMMISSION - CIP-Pilot actions GRANT AGREEMENT number: 297313 DG CONNECT – Smart Cities & Sustainability

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The VERYSchool Project

Project Title: Valuable EneRgY for a smart School - Project Acronym: VERYSchool

Project start: December 2011 - Project duration: 36 months (November 2014)

Project Cost: € 2.860.000 - EC Funding: up to € 1.430.000 (50% of eligible costs)



VERYSchool Project at glance



VERYSchool Project at glanceVERYSchool is a result-oriented project with an Energy Action Navigator (VSNavigator) focusing on Energy Management, at the core of its development.

VSNavigator is a decision-making tool, customized for Schools, developed using mature hardware and software technologies, with the main objective to drive: the whole chain of Stakeholders in the definition of an Energy Management Program

according to ISO 50001 International Standard; users in the execution of an effective Energy Management System.



ISO 50001 Energy Management System (EnMS)

Plan – Do Check - Act



The VERYSchool Pilots



The BEMS installations in the Pilots

Temperature Sensor

Presence Sensor

Luxmeter

LED Lighting 60W

ON/OFF Valve

EUROPEAN COMMISSIONCIP-Pilot actions GRANT AGREEMENT number: 297313 DG CONNECT – Smart Cities & Sustainability

SmarTABCD’15 Workshop – Bayonne France September 2015 9

Exp

erim

enta

l Dat

a

EnergyAction Management

System

VSNavigator

Virtual EnvironmentSimulations

The overall architecture of VSNavigator


SmarTABCD’15 Workshop – Bayonne , France - 16th September 2015

VSNavigator:Individual School model

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VSNavigator: School District model

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VSNavigator: Monitoring and High Quality Data Set

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SmarTABCD’15 Workshop – Bayonne France September 2015 13

Review VERYSchool

Optimization ScenarioPlaybook

VSNavigator: Energy Performances and Optimization Scenarios




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15

IES Simulation Engine embedded into VSN

Lesa

Genoa

Lisbon

Plovdiv



VSNavigator: Optimisation Scenarios and Action Management

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SmarTABCD’15 Workshop – Bayonne France September 2015

Impact Factor Band Score

[TS] Total Estimated Savings

TS < €10,000 1

€10,000 < TS < €25,000 2

€25,000 < TS < €100,000 3

€100,000 < TS 4

[PB] Payback Period

PB < 2 Years 4

2 Years < PB < 5 Years 3

5 Years < PB < 10 Years 2

10 Years < PB 1

[TF] Timeframe

TF < 1 Years 4

1 Years < TF < 5 Years 3

5 Years < TF < 10 Years 2

10 Years < TF 1

[GHG] GHG Scope 1 and 2

emissions reduction

Zero: There is NO reduction of S1/S2 scope emissions 1

Low: Reduction of S1/S2 scope emissions is relatively low 2

Medium: There is a significant reduction of S1/S2 scope emissions 3

High: There is a high reductions of S1/S2 scope emissions 4

[NR] Impact on Natural

Resources

Adverse impact to natural resources 1

No impact on natural resources 2

Positive impact on natural resources 3

[SS] Impact on Social

Sustainability

Adverse impact to social sustainability 1

No impact on social sustainability 2

Positive impact on social sustainability 3

Prioritisation ISO 50001 & Improvement Opportunities • identified • prioritized • recorded

Facilitating decision making Encouraging adoption of IOs Mitigating risk and uncertainty



Results The entire Energy Management Programme established in each pilot school has been

validated in compliance with the ISO 50001 during one year of experimental activities.

A methodology for the application of IPMVP in school buildings has been developed, with examples on how to calculate energy savings and comfort conditions.

The energy performances assessment, and the achieved energy savings in the project, was performed with both:

– energy indicators calculated for the current year over the previous one, using measured versus and billed data;

– the eeMeasure software, that is provided by the European Commission as a tool to calculate energy savings with a standard methodology.

Using the Optimization Scenarios appropriate to each pilot school, a Green Design has been performed as best practices to show how the selected pilot schools can be transformed into Near-Zero Energy Building.

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VERYSchool: Green Digital Charter Award 2013

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Conclusions VSNavigator has been developed with the contribution of European funds as CIP-ICT-

PSP project.

VSNavigator is a replicable model. Any reference to the school building, or school organization, automatically extends to the general concept of "building" or "organization".

VSNavigator functionalities, and energy performance resulting from the VERYSchool project methodology have been demonstrated and validated in four European school pilots.

A demo version of VSNavigator is available from the project website for any e-Learning user and to support the commercial activities that the Consortium purses by selling to Customers the rights of the software.

The Catalogue of the Optimization Scenarios, which support the decision-making process of VSNavigator has been published as e-Book and it is free downloadable from the project website.

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VSNavigator

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http://www.veryschool.eu/

THANK YOU



EU H2020 HIT2GAP - SmarTABCD’15 Workshop - VERYSchool Navigator

Engineering

Transcript of EU H2020 HIT2GAP - SmarTABCD’15 Workshop - VERYSchool Navigator