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Model:
BMPPT800
Page 1 of 8
This revolutionary maximum power point tracker solar charger was designed using the technology
that won GSL Electronics the prestigious "2008 EDN Innovation Award" and the "2009 Greentech
Consensus Award". A simple, efficient and low cost alternative to charge sealed or vented
batteries from low voltage or parallel panels. With built in low voltage disconnect. Compatible with
The BMPPT800 is designed to automatically charge 24V and 48V sealed and vented lead
acid batteries from silicon based PV panels such as monocrystalline, polycrystalline and thin
film.
800W Solar Battery Charger
Booster Maximum Power Point Tracker
Please read these instructions before use
our MCM module and PC Based GUI.
PATENT APPLIED FOR - 2010901565
Unit 2, 110 Station Road, Seven Hills ,NSW, 2147, Australia
Operating Instructions
BMPPT800-R2
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Table of Contents
Related Manuals for GSL electronics BMPPT800
Summary of Contents for GSL electronics BMPPT800
- Page 1 With built in low voltage disconnect. Compatible with our MCM module and PC Based GUI. The BMPPT800 is designed to automatically charge 24V and 48V sealed and vented lead acid batteries from silicon based PV panels such as monocrystalline, polycrystalline and thin film.
- Page 2 • This MPPT is designed to auto detect 24V or 48V battery systems and select a suitable charge regime. • The BMPPT800 is shipped in a sealed battery setting which is the safest setting but if your batteries are vented then, BEFORE wiring the BMPPT in, follow the CHANGING BATTERY TYPE SETTING PROCEDURE.
- Page 3 Model: 800W Solar Battery Charger BMPPT800 Booster Maximum Power Point Tracker Page 3 of 8 Operating Instructions Please read these instructions before use BASIC WIRING OPTIONS: Permanent Load Connection (Figure 1): Figure 1. Simplest wiring option where the load is permanently connected and the batteries are not protected from overdischarge.
- Page 4 Model: 1700W Solar Battery Charger BMPPT800 Booster Maximum Power Point Tracker Page 4 of 8 Operating Instructions Please read these instructions before use Wiring With Critical And Non Critical Loads (Figure 3): Critical loads are generally light loads which are powered under any condition. Non critical loads are loads which can be disconnected to ensure maximum on time for critical loads as well as to extend the life expectancy and reliability of the system.
- Page 5 Model: 800W Solar Battery Charger BMPPT800 Booster Maximum Power Point Track- Page 5 of 8 Operating Instructions Please read these instructions before use For optimal performance from panel and BMPPT please use the following table to determine the best setup for your situation.
- Page 6 Model: 800W Solar Battery Charger BMPPT800 Booster Maximum Power Point Tracker Page 6 of 8 Operating Instructions Please read these instructions before use Changing Battery Type Setting Procedure 1.Ensure all the BMPPT wires are disconnected. 2.Remove 7 front panel screws and the front panel and slide out cover – see Figure 4.
- Page 7 Model: 800W Solar Battery Charger BMPPT800 Booster Maximum Power Point Tracker Page 7 of 8 Operating Instructions Please read these instructions before use Figure 5 (Above): Vented Battery Setting Figure 6 (Above): Sealed Battery Setting BMPPT FAQs Q: What is an BMPPT?
- Page 8 In principle at 25C it is possible to achieve 30% gain but at 40C, a more realistic average temperature, about 20% is still available. Q: What sorts of loads can I power with the BMPPT800? 1. The maximum bulk charge current with the BMPPT30 on a 24V battery and a 12V 750W panel is approximately 26A, so you can expect about 100AH per day which means a 240W load for about 10 hours daily.
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