GREEN PORT ENERGY CENTER (GPEC) Off grid on shore power

Transcripción

1 GREEN PORT ENERGY CENTER (GPEC) Off grid on shore power 1

2 Facts everal emissions elements Roro, Ferries, Container vessels, Vehicles, Port facilities, Loading machinery and those related to power generation. hip emissions are severe due to heavy fuel oil and marine diesel oil consumption. Noise acoustic pressure (100 to 112dBA). Energy waste and high energy cost. 2

3 Issues Health problems due to green house effect and low air quality (hip emissions results in deaths per year due to lungs and cardiovascular diseases). Health problems due to Noise emissions (cardiovascular problems, psychological side effects as memory loss, paranoia and perversion. Energy wasted needs to be used. 3

4 Project Goals NO x, Ox, CO2, contaminating particles and volatile organic compound emission reduction. Noise reduction. hips power consumption reduction and energy effiency increase. 4

5 Proposal LNG engines within ships retrofits. On shore Power upply (OP). Off Grid hore Power (OGP). 5

6 Green Port Energy Center (GPEC) The Green Port Energy Center is an Off Grid hore Power (OGP) It consists of a cluster able modular mobile system for marine ports purposes. This system is composed of 3 major parts: A. Generation ub system. B. On Board Connecting ub system. C. Monitoring & Control ystem. 6

7 Green Port Energy Center (GPEC) Green Port Energy Center (GPEC) W oftware y electrónica de control y comunicaciones ITEMA DE CONTROL Y MONITORIZACIÓN ITEMA GENERACIÓN CONTENERIZADO Módulo adquisición y gestión de datos Módulo de comunicación W Modelo Multivariable ubsistema de almacenamiento energético Almacen amiento B M ubsistema de poligeneración Mando, control y comunicación. Recuperación calor residual Almacenamiento criogénico GNL Generación de calor Generación de frío W Conjunto termo eléctrico motoralternador Interconexión generación ITEMA DE CONEXIÓN A BORDO Mando y control buque W Interconexión buque Puerto (O cubierta buque) Buque 7

8 A. Generation ub system The Generation ub system is the one responsible for generating and transferring electrical, heating and cooling energy to the on board interconnection system. 8

9 A. Generation ub system Main components: Thermo electric unit. Cryogenic and storage unit. Heating recovery unit. Cooling unit. Modular interface (power, heat, cold). uper capacitor unit to store residual energy. 9

10 B. On board Connecting ub system Green Port Energy Center (GPEC) W oftware y electrónica de control y comunicaciones ITEMA DE CONTROL Y MONITORIZACIÓN ITEMA GENERACIÓN CONTENERIZADO Módulo adquisición y gestión de datos Módulo de comunicación W Modelo Multivariable ubsistema de almacenamiento energético Almacen amiento B M ubsistema de poligeneración Mando, control y comunicación. Recuperación calor residual Almacenamiento criogénico GNL Generación de calor Generación de frío W Conjunto termo eléctrico motoralternador Interconexión generación ITEMA DE CONEXIÓN A BORDO Mando y control buque W Interconexión buque Puerto (O cubierta buque) Buque 10

11 B. On board Connecting ub system On board multi connecting interface for electrical power, heat and cold. An interface that allows connection for several types of ships and vessels. 11

12 C. Monitoring & Control ystem 1). Generation management system: Manage alarms, speed, voltages and BM communications. Controls Cryogenic sub system fuel levels, pressure, temperature and regulates LNG supply. 2). Energy Control interface: Measures temperatures, flows, pressure and regulates kwe, Qh: kwt QC: Kw.) 3). Communication elements: Integrates the data of the 2 systems and reports to the CADA. oftware & hardware for demand adjustments, emission & costs reductions. 12

13 Challenges Interface among several Generation modular ub systems and On board ub system. Adapt to energy inquiries for different types of ships. To maintain energy supply whenever important demand fluctuations arises. Optimize fuel autonomy. Efficient Control & Monitoring ystem to achieve emissions reductions and cost reductions. 13

14 Team Coordinador del proyecto Coordinador del subsistema de poligeneración Coordinador del subsistema de almacenamiento energético y del sistema de control y monitorización Coordinador del sistema de conexión a bordo Coordinador del análisis de viabilidad y modelo de implementación I Desarrollo del módulo de recuperación de calor C I Desarrollo del sistema de conexión a bordo Desarrollo de algoritmos y del modelo matemático de operación I C Ingeniería de GNL en motores alternativos Desarrollo del software de control y comunicaciones Desarrollo del software de control y comunicaciones C C UTM Unidad de Tecnología Marina ocio I Organismo de Investigación C Colaborador 14

15 Conclusion GREEN PORT ENERGY CENTER is a cost effective, efficient, scalable, flexible and innovative solution for ships demanding energy at medium large size ports, as well as a wise alternative for emissions reduction. 15

16 GREEN PORT ENERGY CENTER (GPEC) Off grid on shore power 16