1 / 16

Prepared by: Dr. Charalampos (Babis) Malamatenios

MOVIDA Work Package 2: “Development of advising/ inspection methods and tools”. Prepared by: Dr. Charalampos (Babis) Malamatenios Mechanical Engineer, Head of CRES Training Department Presented by: …???.

charles-good
Download Presentation

Prepared by: Dr. Charalampos (Babis) Malamatenios

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. MOVIDA Work Package 2: “Development of advising/ inspection methods and tools” Prepared by: Dr. Charalampos (Babis) Malamatenios Mechanical Engineer, Head of CRES Training Department Presented by: …???

  2. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) • Overview: • The aim is to provide inspectors with a common “user friendly” method for generating advice (for their use) in an independent manner (as is foreseen in the EPBD Recast). • The method will be based on existing “experiences”, namely a tool developed by SenterNovem for heating systems inspection, and the HARMONAC methodology for cooling systems inspection. • The development will follow the implementation of advise/ inspection campaigns in 4 phases in order to be able to follow the implementation of these campaigns, namely: 2

  3. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) • Overview (continued): • Before the 1st “shorter” campaign for heating systems → 3 months (from month 1 to 3, i.e. May to July 2011); • Before the 2nd campaign to develop the tool for cooling systems → 2 months (from month 11 to 12, i.e. March to April 2012);. • Before the 3rd campaign to improve the heating system tool → 2 months (form month 18 to 19, i.e. October to November 2012);. • After the 3rd campaign, to refine the tools and obtain a final EU version → 3 months (from month 25 to 27, i.e. May to July 2013). 3

  4. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) • WP2 Tasks: • Task 2.1:Producing the first version of the heating tool(adapting SenteNovem’s method for a common MOVIDA heating system inspection)… The most “urgent”!!! • Task 2.2: Producing the first version of the heating tool (adapting HARMONAC's methodology for cooling systems inspection method). • Task 2.3: Adapting existing models (adaptations of models to national needs). • Task 2.4: Producing the final EU version of the tool.

  5. WP2 - Task 1: Production of the first tool (heating) • The CEN standard for Boiler inspections (EN 15378) supplies a check list of the items the inspectors have to note when visiting a system for inspection purposes. • The heating system inspection report includes recommendations for the cost-effective improvement of the energy performance of the inspected system (EPBD Recast Art. 16). • SenterNovem developed a tool in the NL, named “Installation Performance Scan”, for the one-off system inspection of boilers older than 15 years, where provision of advice is derived in a semi-automatic mode from the results of a check list. Remark:An agreement with SenterNovem has already been reached by MOVIDA coordinator in order to use the “Installation Performance Scan” materials, part of which has already been translated in the frame of CA EPBD I, Core Theme Inspections.

  6. WP2 - Task 1: Production of the first tool (heating) • The WP leader (CRES), with assistance from ECUBA, will produce a tool composed of: • A new check list including not only system description and assessment of the maintenance quality, but also elements useful for identifying suggestions for improvement (Energy Conservation Opportunities – ECOs). • Additional elements useful for assessing the system size in respect to actual needs (surface, volume, boiler temperature related to outside air temperature, size of heating elements,…) and elements to assess the correct room temperature setting, planning and control. • A calculation tool, based on simple “if-then” logic, that will present standardised recommendations. 6

  7. WP2 - Task 1: Production of the first tool (heating) • The tool will be operative online. • The tool will be delivered to the service staff in paper and electronic form, so that they can fill in the data acquired during inspections, either on site or later on at office. • The output will then be sent electronically to the user and to the project register. 7

  8. WP2 - Task 2: Production of the second tool (cooling) • The CEN standard for AC inspections (EN15240) provides a check list of the items to be verified during on-site inspections. • The AC part of the tool will consider the work of HARMONAC, an IEE project on inspection of air conditioners, suggesting a “pre-inspection” on AC systems aiming at: a) checking the logbook, b) analysing/benchmarking consumption data, c) indicating areas of possible ECOs,and d) assessing the quality of the maintenance. • The tool will be elaborated in a manner similar to the one followed for the heating system tool. Remark: The document “HARMONAC–Full Inspection Procedure” (www.harmonac.info), explains in detail the HARMONAC gradual approach and the definition/methodology of pre-inspections. 8

  9. WP2 - Task 2: Production of the second tool (cooling) • HARMONAC imagines that a “pre-inspection” does not need an on-site visit, but just collecting documents and system data from the owner and the O&M people. • In real cases this is rarely feasible, as logbooks are not available and data are difficult to be collected. • MOVIDA’s idea is to commit the pre-inspection phase to service staff, while “design engineers” can be involved in a 2nd possible step, for deeper on-site inspections, when the need arises. • This can be more cost effective for achieving energy savings than a study prepared by a design engineer: a more detailed inspection or even an energy audit (costly) will be carried out only for the systems screened as really “problematic” by the pre-inspection. 9

  10. WP2 - Task 2: Production of the second tool (cooling) Notes (very important!!!): • It is of strategic importance to verify if the service staff for ACs (which may be - usually is not - the same as that for heating systems) is able to carry out correctly the pre-inspections! • The SenterNovem’s tool for heating systems is rather complete, and small modifications are necessary for MOVIDA’s purposes… This is not the case with the tool for cooling systems inspections, as what exists up to now is the HARMONAC approach for and the definition/methodology of pre-inspections of AC systems. • As in the case of heating systems inspection tool, in the cooling systems one the provision of advice will be derived in a semi-automatic mode from the results of a check list… But such a check-list should be created, and for this purpose the close contact (from the beginning of the project) with already existing personnel that perform ACs maintenance is deemed necessary! 10

  11. WP2 - Task 3: Adaptation of the existing models Description of work: • The two models will be adapted to the national conditions by each partner, considering the most common local systems features, the most suitable / appropriate ECOs, and similar considerations. • The computational part of this procedure will be a responsibility of CRES, but the local feedbacks will be provided by the local partners. • The tool will be translated in the national language and made available to the regional advisory committee for approval (in each participating country). 11

  12. WP2 - Task 4: Production of the final (EU) version of the tool Description of work: • According to output from WP 5 “Evaluation”, a final version will be produced by CRES, and then by each partner for the national version, to be submitted to the Advisory Committee and for external dissemination (in particular for national standard organisations). • The tool will be a public deliverable and will not have a direct commercial exploitation. • Agreements with software houses could be signed by each partner, owning the intellectual property of the national tool, in a later phase. • All partners will share the “property” (IPR) of the standard version in English. 12

  13. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) • Outputs of WP2: • Heating systems tool first draft; • Cooling system tool first draft; • Integrated tool final version. • Deliverables of WP2: • D 2.1. Heating systems tool first draft First one → Expected by MONTH 5 (September 2011) • D 2.2. Cooling system tool first draft Expected by MONTH 9 (January 2012) • D 2.3. Integrated tool final EU version • Expected by MONTH 21 (January 2013)

  14. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) Performance indicators (related to WP2): 14

  15. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) Distribution of tasks of each partner in WP2: Remark (one more): Consulting for technical aspects from national building system experts and on the “decision support tool” by software developers could be eventually necessary. 15

  16. Work Package 2: Development of advising/ inspection methods and tools (WP leader: CRES) Thank you for your attention and sorry for any trouble we have – probably - caused with our non-participation in the meeting! www.cres.gr malam@cres.gr emavrou@cres.gr egiakou@cres.gr

More Related