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| {{FigImage|DB422541_EN|svg|K2|Consistency between European regulations (in green) and standards (in grey) '''(DB422541_EN)'''}} | | {{FigImage|DB422541_EN|svg|K2|Consistency between European regulations (in green) and standards (in grey) '''(DB422541_EN)'''}} |
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| [[File:logo_IEC.jpg|'''(logo_IEC)''']] | | [[File:logo_IEC.png|'''(logo_IEC)''']] |
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| {{FigImage|DB422544_EN|svg|K5|Energy management system model for ISO 50001 '''(DB422544_EN)'''}} | | {{FigImage|DB422544_EN|svg|K5|Energy management system model for ISO 50001 '''(DB422544_EN)'''}} |
| {{FigImage|DB422545_EN|svg|K6|Concept of Baseline period and Reporting period for EnPI '''(DB422545_EN)'''}} | | {{FigImage|DB422545_EN|svg|K6|Concept of Baseline period and Reporting period for EnPI '''(DB422545_EN)'''}} |
Fig. K1 – Regulatory vs voluntary approach to Energy Efficiency in Buildings (DB422540_EN)
Fig. K2 – Consistency between European regulations (in green) and standards (in grey) (DB422541_EN)
Fig. K5 – Energy management system model for ISO 50001 (DB422544_EN)
Fig. K6 – Concept of Baseline period and Reporting period for EnPI (DB422545_EN)
Fig. K7 – Implementation of Energy Efficiency as per IEC60364-8-1 (DB422546_EN)
Fig. K9 – Energy Efficiency and load management system (DB422547_EN)
Fig. K10 – Energy efficiency solutions based on the life cycle (DB422548_EN)
Fig. K15 – An overall strategy for energy management (DB422549_EN)
Fig. K16 – Definition of energy efficiency classes for LV motors, according to Standard IEC60034-30 (DB422550_EN)
Fig. K17 – Life cycle cost reduction for IE2 and IE3 motors compared to IE1 motors, depending on the number of operating hours per year (DB422551_EN)
Fig. K18 – Motor starter examples: TeSys D Direct on line contactors, Star Delta starter, Altistart softstarter (Schneider Electric)
Fig. K19 – Variable Speed Drives of various power ratings (Altivar range, Schneider Electric)
Fig. K20 – Example of cascading pumps, which skilfully combine starters and a variable speed drive to offer a flexible but not too expensive solution (DB422552_EN)
Fig. K21 – Illustration of the general operating principle for high-performance reflectors (DB422555_EN)
Fig. K22 – A selection of lighting control devices: timers, light sensors, movement sensors
Fig. K23 – An example of links established using Schneider Electric’s KNX system (DB422556_EN)
Fig. K24 – An example of a load-management strategy (DB422557_EN)
Fig. K25 – Operating cycle for data essential to energy efficiency (DB422558_EN)
Fig. K26 – Example of an intranet information network protected by a server (EGX300 – Schneider Electric) and monitored from the Internet network (DB422559_EN)
Fig. K27 – Layout of a monitoring system (DB422560_EN)
Fig. K28 – Example of communication device developed for smart panels (Com’X 200 energy data logger, Schneider Electric) (PB116792)
Fig. K29 – Example of monitoring architecture for a small site with sub-metering and alarming on selected circuits, using wireless Powertag energy sensors (DB422561_EN)
Fig. K30 – Example of monitoring and control architecture for a company with several small sites (DB422562_EN)
Fig. K31 – Example of monitoring and control architecture for a large, sensitive industrial site (DB422564_EN)
Fig. K32 – Architecture for a large commercial site (DB422565_EN)
Fig. K35 – Process for selecting an IPMVP option for a project (DB422566_EN)
Fig. K36 – Ensuring performance is sustainable over time (DB422567_EN)