FINAL CONFERENCE 10 TH JUNE 2015

Transcription

1 Promotion of Port Communities SMEs role in Energy Efficiency and GREEN Technologies for BERTHing Operations FINAL CONFERENCE 10 TH JUNE 2015 Greenberth Project pilot action The Port of Koper Energy management system at the Fruit terminal Goran Matešić (The Port of Koper)

2 The aim and the key objective The key objective of pilot project at the FT in the Port of Koper was to design the approach for the implementation of advanced energy management system in the complex environment of modern Mediterranean ports. The aim of the pilot project was to provide the necessary background of energy consumption for cooling and to allow informed decisions to be made and to significantly reduce the risk of opinionated decisions.

3 Energy management system Energy management system enrich business processes with new knowledge about energy consumption and always lead to a better understanding of activities and processes. The prototype solution of the energy management system for the FT was designed to acquire, process and visualize energy data and to provide enough information to enable shop-floor workers and energy manager to execute preventive or corrective actions in order to optimize company s energy or cost performance. Energy consumption patterns are essential not only for a better understanding of past behaviours but also for forecasting future energy demand and particularly for estimating energy requirements of alternative consumption strategies.

4 Initial requirements Total control of behavior and consumption of the installation Data logging 365 days / 24 hours Data available from any browser with IP connectivity Internet connection possibility for remote data view Possibility generating alarms or events with variables and sending by

5 Location of the Fruit terminal FRUIT TERMINAL OF THE PORT OF KOPER

6 Location of the transformer station TRANSFORMER STATION TP SKLADIŠČE 17 2 MVA, 20/0,4 kv

7 Cold storage warehouse 16 COLD STORAGE WAREHOUSE 16 Pi= 600 kw

8 Cold storage warehouse 14 COLD STORAGE WAREHOUSE 14 Pi= 600 kw

9 Cold storage warehouse 13 COLD STORAGE WAREHOUSE 13 Pi= 410 kw

10 Reefer containers REEFER CONTAINERS Pi= 1100 kw

11 Installation of the equipment State Measuring Server RS485 Power Ethernet, before analyzers Modbus/Ethernet network SCADA current implementation (14x) and switch, transformers EMS, converter optical PC (33x) of fibers the pilot

12 Installed equipment Installed equipment is modular and fully flexible equipped with a high-performance microcontroller for the control of switchboards and low and medium voltage connection points. It is designed to meet the requirements of diverse applications and in terms of modularity allows 3-phase real-time monitoring of power quality and consumption.

13 Installed power analysers - Indirect Power Analyzer, 4 quadrants, - Able to be connected in any network: Single phase, Biphase with or without neutral and three phase with or without neutral - RS-485 communications (Modbus) - High IP protection - IP 65 Universal switching power supply Vac / Vdc - Plug-in connectors

14 Visualization - Online display of equipment parameters (including electric parameters, process signals, temperatures, etc.) - Remote parameter setting - Real time graphic display - Historical records - Historical data represented in graphic and table format - Export of XML data (OPC and SQL) - System of relevant and case specific key performance indicators (KPI) - CUSUM analysis

15 Visual interface platform (HTML5)

16 EMS at the FT, benefits Reduction in energy consumption: 250 MWh/year CO 2 emission reduction: 128,5 t CO 2 /year Cost reduction: /year Payback period (static): 3,3 years Net present value: (economic lifetime 5 years and discount rate 10%) Internal Rate of Return: 15% Tool for monitoring and verification of energy savings and active human operator support for systematic reduction of the energy.

17 Conclusion Initial tests clearly confirmed that efficient and effective energy management system at the FT helps decision makers to become aware of the energy and environmental performance and closes the gap between theory and practice. Implementation approach tested in the Port of Koper has high replication potential and could be repeated in any other European port. Implemented pilot project fully supports requirements of ISO especially regarding monitoring relevant variables related to significant energy use and evaluation of actual and expected energy consumption.

18 Greenberth Project pilot action Port of Koper Goran Matešić (The Port of Koper) Final Conference Greenberth Project Valencia