1 CTEK D250S DUAL CTEK SmartPass A revolutionary solution for 12V Dual Battery systems.

Slides:



Advertisements
Similar presentations
It all started simple…. One Alternator One Battery One Starter Motor.
Advertisements

Charging System Tests & Voltage information Checking the charging system with just a volt meter.
Solar Array & Maximum Power Point Tracker Group Senior Design Project 2003 Stephanie Chin Jeanell Gadson Katie Nordstrom Advisor: Karen Panetta.
Automotive Batteries.
ELECTRICAL I LESSON 2 BATTERY SERVICE
2. the intensity of light bulb A increases.
Introduction Since the beginning of the oil crises, which remarkably influenced power development programs all over the world, massive technological and.
Troubleshooting Aircraft Charging Systems ( Alternators/Reciprocating Engines) by Herb Spenner.
Chapter 33 Charging System Fundamentals.
Lesson 6 Capacitors and Capacitance
Charge Controllers Charge Controller Features Charge Controller Types
PHSAUTOMOTIVESALSPHSAUTOMOTIVESALS Charging System tests & Voltage information Checking the charging system with just a volt meter.
Solar Power Controllers. Why you need to know about controllers A charge controller is an essential component of any battery-based system because it protects.
NEW ARRIVAL POWER ELEKTRO MEGIC BOX POWER ELEKTRO ENGINEERING COMPANY (PVT) LIMITED.
Solar Charge Controllers Alison Ray and Scott Hamshaw.
6-2. Controllers.
Chapter 7 Charge Controllers
Solar Home UPS 850VA & 1400VA India’s first Sine wave inverter with in built Solar Charge Controller and Controlled DC Load Output. Simultaneous Charging.
Charging System Service
Shantanu Dutt ECE Dept. UIC
VAT: Volt Ampere Tester
Charging System Fundamentals
© Goodheart-Willcox Co., Inc. Permission granted to reproduce for educational use only Publisher The Goodheart-Willcox Co., Inc. Tinley Park, Illinois.
Automotive Batteries.
Battery Principles.
Freedom Combi Inverter
Solar Lightings Solar Module. Charge Controller. Battery. Inverter. Loads Accessories.
Project Goals And Objectives ____________________________________________________ Create a “smart”, customizable, all in one system Little to no learning.
Renewable Energy as Priority
Power Supplies And Batteries ARRL Book Section 3.3.
Charging System Service
ELECTRICITY Chapter 13.2 – 13.3 VOLTAGE / AMPERAGE / WIRE / BATTERY / SERIES / PARALLEL / MULTIMETER.
Solar Energy Station Directions. Making a Solar-Powered Circuit 1.Make sure your solar panel is in direct sun. 2.Get the clear LED bulb. 3.Use a red jumper.
EGR100- Engineering Seminar Going Solar in the Park.
Hybrid Wind & Solar Generation Project
Chanwoo Kwon.  Model the ultracapacitor.  Build a DC/DC Converter to charge the ultracapacitor from a 12V battery.  Model a load such as a.
12 Volt Marine Electrics Mike Litzkow.
Integrated Science Unit 3, Chapter 7.
PC Maintenance: Preparing for A+ Certification Chapter 3: Case, Electricity, and Power Supplies.
Charge Controllers Regulating Battery Charging.
Batteries, Starting & Charging Systems Batteries Purpose: a storage of electrical current to operate starting motor and ignition systems when starting.
 The continuous flow of electrons is current.  Measured in amps (A).  Two types of current 1. Direct current (DC) – electrons flow in only one direction.
Voltage, V Voltage tells us how hard a positive charge is pushed between two different points. Something, such as a battery, is needed to create a voltage.
E8 / PPA Solar PV Design Implementation O&M Marshall Islands March 31-April 11, Preventive Maintenance.
THE PERFECT LIFTGATE BATTERY CHARGING SYSTEM FOR RYDER
Electrical System Intro to Automotives.
Battery Backup PV Systems Design Considerations
On-Board Electrical Use D.C. Systems Alaska Fisheries Development Foundation University of Alaska Sea Grant Marine Advisory Program Alaska Longline Fishermen’s.
Solar Power Charge Controller. Solar Power Charge Controller Introduction  A charge controller, or charge regulator is basically.
It all started simple…. One Alternator One Battery One Starter Motor.
1 Marine RV Emergency Vehicles Service Vehicles. 2 SERVICE BATTERY STARTER BATTERY Marine, RV.
STEPS TO CONVERT SUNLIGHT INTO ELECTRICITY!! Solar Power/Panels.
Renewable Energy Systems David Buchla | Thomas Kissell | Thomas Floyd Copyright © 2015 by Pearson Education, Inc. All Rights Reserved Buchla, Kissell,
It is an electronic switch that enables us to control a circuit by simply touching, and the switch automatically turns off a short time later.As.
CGS Ground School Technical The Vigilant Electrical System © Crown Copyright 2012 No Part of this presentation may be reproduced without the permission.
Photovoltaic and Battery Primer
What makes your vehicle go…
QQ Two wires of equal length are made from the same material. How is it possible for the wires to have different resistances? If a circuit has a voltage.
Solar Charge Controllers
By: Raed Wa’el Ennab & Raja Sa’ed Anabtawi
Energy Consumption: HOME.
सोलर पॅनेलचा उपयोग करुन रीचर्जेबल टॉर्च बनवणे.
Electric Current.
Module 1 – Power Supply AMC APS-PBC-60
Regulating Battery Charging
Energy Consumption: HOME.
Shantanu Dutt ECE Dept. UIC
BATTERIES AND BATTERY CHARGING
Reducing Electrical Cost and Minimizing Downtime
Presentation transcript:

1 CTEK D250S DUAL CTEK SmartPass A revolutionary solution for 12V Dual Battery systems

2 It all started simple…. One Alternator One Battery One Starter Motor

3 Then came a fridge, lights, navigation and…. and suddenly the battery was dead.

4 Well, let’s add another battery for all consumers …and a Black Box to separate the two battery banks Diodes VSR MOSFET Relay

5 … and some more stuff …and a Black Box to separate the two battery banks Diodes VSR MOSFET Relay 3-step alternator Battery watch 110/230V charger with multiple outputs Solar panel with dedicated regulator Thick wires Battery Switch 0 – I – II - Both

6 … and some more stuff …and a Black Box to separate the two battery banks Diodes VSR MOSFET Relay 3-step alternator Battery watch 110/230V charger with multiple outputs Solar panel with dedicated regulator Thick wires Battery Switch 0 – I – II - Both

7 …and a Black Box to separate the two battery banks Diodes VSR MOSFET Relay 3-step alternator Battery watch 110/230V charger with multiple outputs Solar panel with dedicated regulator Thick wires Battery Switch 0 – I – II - Both But problems remained with: Very long recharge time from alternator Engine idling just for battery charging Batteries rarely fully charged, which reduced the useful time Regular battery replacement Solar panels conflicting with other sources, which reduced output No charge of starter battery from solar Overheated service batteries Costly, difficult to trouble-shoot, expand, modify, … …

8 Let’s start with the basics again One alternator..add another battery bank Connect the alternator directly to the Starter … and a CTEK D250S DUAL that separates the two battery banks

9 Engine off The Starter battery is prepared for engine start …and the Service batteries serve consumers

10 Engine running CTEK D250S DUAL charges the Service batteries with a temperature compensated charging. High temp => lower voltage Low temp => higher voltage

11 Attach a solar panel directly Synchronized with the alternator when the engine is running

12 The panel serves both batteries when the engine is off Pulse maintenance of Starter battery …and charging of Service battery with built-in Maximum Power Point Tracker (MPPT) Maximum Power Point

13 LIMITATIONS: 20A max from D250S DUAL Charge current shared with consumers, which prolongs charge time

14 Charge Current D250S DUAL limitations Max 20A D250S DUAL charges with 20A until the battery reaches max voltage. The current then tapers off to a fully charged battery

15 D250S DUAL limitations Max 20A Charge Current Directly from alternator: High current initially (up to 30 minutes) Current tapers off to very low level – 100% charge from alternator almost impossible

16 D250S DUAL limitations Max 20A Charge Current Direct charging from alternator could be faster during a short time for: Large alternator Large Service Battery bank Deep discharged batteries D250S DUAL is faster in the long run, but could be behind during the first minutes. 20Amps

17 Charge Current D250S DUAL limitations Charge current shared with consumers …prolongs charge time Current used for consumers…

18 SOLUTION – and more! CTEK SmartPass High charge currents through SmartPass

19 SOLUTION – and more! CTEK SmartPass Low charge current through D250S DUAL.

20 SOLUTION – and more! CTEK SmartPass Green curve => minimized charge time

21 SOLUTION – and more! CTEK SmartPass Charge Consume Move non-critical consumers. SmartPass provide current direct from Alternator. Almost all current through D250S DUAL is used for charging. Critical consumers directly from battery

22 SOLUTION – and more! Built-in Battery Watch Consume Engine off. Current from the Service Battery

23 SOLUTION – and more! Built-in Battery Watch Engine off. Service battery deep discharged. Disconnect non-critical items. Service battery and critical items are protected.

24 SOLUTION – and more! Solar Panel serves all batteries! Charge Solar panel charges Service battery and maintains Starter battery Maintain

25 SOLUTION – and more! Overheat protection of Service battery Charge Service battery overheated due to age, oversized alternator, high ambient temperature. 60°

26 SOLUTION – and more! Overheat protection of Service battery Charge SmartPass disconnects direct path from alternator. D250S Dual finalize charge with reduced voltage and current 55°

27 SOLUTION – and more! 110/230V charger serve both battery banks with one output Charge AC/DC charger charges both Service and Starter battery Charge

28 CTEK D250S DUAL & SmartPass The Dynamic Duo A B C D E Five connection points for a DC system at a completely new level of standard!

29 USE DIRECT USE LATER Basic Electricity Onboard PRODUCERS CONSUMERS STORE

30 Smartpass - The DC Manager CONSUMERS PRODUCERS USE DIRECT USE LATER STORE