The EPEVER Tracer AN Series Solar Demand Controller is often a extremely productive solar controller created for off-grid photo voltaic systems. Based upon multiphase synchronous rectification engineering, it assures optimized Strength conversion and process steadiness for a variety of photovoltaic (PV) purposes.
Key Attributes from the EPEVER Tracer AN Collection Controller
The Tracer AN collection makes use of EPEVER Photo voltaic Demand Controller know-how for top-quality photo voltaic Electrical power harvesting. Vital options include:
Multiphase Synchronous Rectification (MSR) for enhanced Electrical power conversion.
Advanced MPPT Algorithm with >99% performance.
Twin-Stage Charging for enhanced battery existence.
Liquid crystal display Screen with serious-time data checking.
Many Load Control Modes such as manual and timer.
In depth Digital Protections versus overcharging, more than-discharging, short circuits, and reverse polarity.
Phase-by-Action Information to Organising the EPEVER Tracer AN Sequence Controller
1. Unboxing and Planning the Controller
Make certain all elements are incorporated: Tracer AN device, temperature sensor, interaction cables, and person manual.
Validate the model selection and voltage scores match your photo voltaic panel and battery requirements.
2. Mounting the Cost Controller
Pick out a well-ventilated, dry place near to the battery bank.
Secure the Tracer AN controller utilizing the supplied mounting brackets.
Maintain suitable clearance for warmth dissipation.
three. Wiring the Photo voltaic Demand Controller
Warning: Normally abide by proper security protocols and ensure the method is powered off in advance of connecting factors.
Phase one: Hook up the battery terminals to the demand controller (favourable to beneficial, damaging to destructive).
Stage two: Hook up the photo voltaic panel array to your PV enter terminals.
Phase 3: Hook up the load terminals if utilizing a immediate load connection.
Stage four: Double-Test all connections for polarity and Click Here tightness.
4. Configuring the Controller Settings
Power to the controller by connecting the battery 1st.
Use the Liquid crystal display Show to navigate the settings menu.
Configure:
Battery Form: AGM, GEL, Flooded, Lithium.
Charging Parameters: Absorption voltage, float voltage.
Load Regulate Modes: Guide, timer, light Regulate.
five. Monitoring and Data Logging
The Tracer AN Collection supports actual-time checking using the MT50 distant meter.
Knowledge may be logged by using the RS485 conversation port working with software program which include Solar Station PC.
Remote checking is achievable While using the EPEVER WiFi module.
6. Troubleshooting Popular Troubles
Issue 1: No Power Output
Check out battery voltage and connections.
Verify PV panel voltage exceeds battery voltage.
Situation 2: In excess of-Voltage Protection
Confirm the photo voltaic array’s voltage score.
Regulate technique parameters if necessary.
Situation three: No Battery Charging
Inspect PV wiring for continuity.
Validate MPPT configurations during the menu.
Advantages of the Tracer AN Series with MSR Know-how
The multiphase synchronous rectification technologies makes certain:
Higher Effectiveness: Lessened Vitality losses during conversion.
Improved Trustworthiness: Stable functionality less than variable loads.
Extended Battery Lifetime: Dependable and exact charging profiles.
Conclusion
The EPEVER Photo voltaic Demand Controller with multiphase synchronous rectification engineering can be an Extraordinary option for optimizing solar power era and increasing battery life. By adhering to the above mentioned setup information, buyers can make certain highest efficiency and system longevity.