The EPEVER Tracer AN Collection Photo voltaic Charge Controller can be a remarkably efficient solar controller made for off-grid solar programs. Dependant on multiphase synchronous rectification technological innovation, it ensures optimized Vitality conversion and program security for a variety of photovoltaic (PV) purposes.
Key Attributes in the EPEVER Tracer AN Sequence Controller
The Tracer AN sequence utilizes EPEVER Solar Cost Controller technological innovation for excellent photo voltaic Strength harvesting. Critical capabilities include things like:
Multiphase Synchronous Rectification (MSR) for enhanced Electricity conversion.
Highly developed MPPT Algorithm with >ninety nine% efficiency.
Dual-Phase Charging for Increased battery everyday living.
Liquid crystal display Display screen with serious-time details checking.
Many Load Regulate Modes such as manual and timer.
Comprehensive Digital Protections versus overcharging, in excess of-discharging, shorter circuits, and reverse polarity.
Move-by-Action Tutorial to Starting the EPEVER Tracer AN Collection Controller
one. Unboxing and Planning the Controller
Be certain all parts are involved: Tracer AN unit, temperature sensor, communication cables, and user handbook.
Validate the design amount and voltage ratings match your solar panel and battery specifications.
two. Mounting the Cost Controller
Pick out a effectively-ventilated, dry site near to the battery bank.
Secure the Tracer AN controller utilizing the furnished mounting brackets.
Keep suitable clearance for heat dissipation.
3. Wiring the Photo voltaic Demand Controller
Caution: Always abide by right basic safety protocols and ensure the procedure is run off ahead of connecting elements.
Move one: Link the battery terminals to the demand controller (constructive to optimistic, unfavorable to destructive).
Action 2: Connect the photo voltaic panel array to the PV input terminals.
Move three: Connect the load terminals visit here if employing a direct load connection.
Action 4: Double-check all connections for polarity and tightness.
four. Configuring the Controller Options
Power to the controller by connecting the battery very first.
Use the Liquid crystal display Show to navigate the configurations menu.
Configure:
Battery Form: AGM, GEL, Flooded, Lithium.
Charging Parameters: Absorption voltage, float voltage.
Load Handle Modes: Manual, timer, light-weight Handle.
five. Checking and Data Logging
The Tracer AN Collection supports true-time monitoring utilizing the MT50 remote meter.
Details might be logged by way of the RS485 interaction port making use of application such as Photo voltaic Station Computer.
Distant monitoring is achievable Using the EPEVER WiFi module.
six. Troubleshooting Frequent Challenges
Situation one: No Electricity Output
Check battery voltage and connections.
Confirm PV panel voltage exceeds battery voltage.
Issue two: Over-Voltage Defense
Verify the solar array’s voltage ranking.
Change program parameters if vital.
Situation 3: No Battery Charging
Inspect PV wiring for continuity.
Validate MPPT configurations inside the menu.
Advantages of the Tracer AN Sequence with MSR Technological know-how
The multiphase synchronous rectification engineering makes certain:
Greater Effectiveness: Reduced Strength losses during conversion.
Improved Trustworthiness: Stable functionality less than variable loads.
Extended Battery Life: Steady and exact charging profiles.
Conclusion
The EPEVER Solar Demand Controller with multiphase synchronous rectification technology is undoubtedly an Remarkable choice for optimizing solar power technology and increasing battery daily life. By following the above set up guideline, customers can guarantee most efficiency and program longevity.