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easYgen 2500 Introduction INTERMEDIATE

1) Introduction.pdf

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Page 1: 1) Introduction.pdf

easYgen 2500 Introduction

INTERMEDIATE

Page 2: 1) Introduction.pdf

Agenda

� Course Agenda

� easYgen 2500 Navigation

� Basic Site Adjustment

� Synchronisation Principles

� Reading Applicable Drawings

� Synchronisation Verification

� Load Sharing and Sequencing

� Communications and Service Tool

Page 3: 1) Introduction.pdf

Objectives

� Learning Objectives

� This course aims to provide you with an understanding of synchronising the easYgen 2500 control system.

� Upon completion of this course learners will be able to;

� Navigate through the easYgen menus

� View and reset alarms and shutdowns.

� Make adjustments to the easYgen 2500 control system to suit site conditions.

� Understand what is required to achieve successful synchronisation.

� Read and understand easYgen control system electrical diagrams.

� Conduct synchronisation of gensets with easYgencontrollers and diagnose synchronisation issues.

� Set up and adjust easYgen load sharing functions to suit site conditions.

� Connect and troubleshoot Autostart & Load Sharing Communications.

� Install service software and connect to an easYgencontroller to upload and download parameter files.

Page 4: 1) Introduction.pdf

EasYgen - Introduction

� The easYgen 2500 generator set control panel is primarily used for Island Mode (non-utility Paralleling) load sharing applications synchronising up to 16 generating sets together.

� The easYgen range of control panel’s use a DC powered digital control module to monitor, control and protect the generator set.

Page 5: 1) Introduction.pdf

EasYgen - Introduction - Internal Components

� Below we can see the position of various components within the easYgen 2500 control panel enclosure.

AC and DC Sockets

Digital input connections

Relays

MCB protection

Battery charger

Motorised Breaker Control

EST Connection

Customer connection terminals

Cable gland area

Page 6: 1) Introduction.pdf

EasYgen - Introduction

� The easYgen control panel interacts with other generator set systems to enable the monitoring and control required for the synchronisation process.

� In addition to the easYgen panel the generator set requires the following to synchronise:

� A suitable electronic governor (Speed Control)

� Motorized Breaker ( On the generator set or in the switchgear)

� A suitable AVR

� Droop CT kit

Page 7: 1) Introduction.pdf

Control Panels – easYgen Features

1Speed Input

11Display Languages

300Event Fault Log

1RS485 Modbus interface

Controllers Series Features easYgen-2500

Generator AC Volts, Current and Frequency metering.

Y

Generator AC Power metering Y

DC Metering – Battery Volts, Engine Hours Run, RPM, Engine Temperature and Oil Pressure.

Y

Configurable Discrete Inputs 10*

Configurable Analogue Inputs 5

Configurable Discrete Outputs 11*

Configurable Analogue Outputs 4

Can Bus interface 2

Service Port RS232 1

� We will look at some of the features associated with the easYgen 2500 control panel. These features can generally be grouped into three categories :

� Metering

� Communication

� Protection

* Number available will depend on application

Page 8: 1) Introduction.pdf

EasYgen Protection

� Generator Set

� Over / under voltage

� Over / under frequency

� Dead bus detection

� Overload

� Reverse / reduced power

� Time over current

� Instantaneous over current

� Inverse time over current

� Phase rotation

� Unbalanced load

� Power factor

� Engine

� Over / under speed

� Battery over / under voltage

� Speed / frequency mismatch

Page 9: 1) Introduction.pdf

EasYgen – Features

� A special feature of the easYgen-2500 is the enhanced load sharing system. This provides advanced generator load dependent start / stop functionality with automatic generator set selection to ensure optimal system efficiency.

� Other features include:

� Multi-level password protection.

� Multiple communication protocols for communication with Engine Control Units (ECUs), external I/O boards, PLCs and modems

� Breaker control: synchronization, open-close control, only-open control, breaker monitoring

� Power and reactive power load sharing up to 16 units including load-dependent start / stop

� Multi master system instead of master-slave

� Running hours balancing

� Dead bus closure negotiation

� PLC-like programming with Logics Manager

� Operating hours / start / maintenance counters

� Configurable trip levels / delays / alarm classes

� Field configurable application settings

Page 10: 1) Introduction.pdf

Questions?