EPEVER Photo voltaic Demand CONTROLLER Set up: TRACER AN Sequence CONTROLLE
EPEVER Photo voltaic Demand CONTROLLER Set up: TRACER AN Sequence CONTROLLE
Blog Article
The EPEVER Tracer AN Collection Photo voltaic Demand Controller is really a hugely productive photo voltaic controller designed for off-grid solar methods. Determined by multiphase synchronous rectification technological innovation, it makes sure optimized Vitality conversion and program security for a wide array of photovoltaic (PV) purposes.
Vital Options of the EPEVER Tracer AN Series Controller
The Tracer AN series utilizes EPEVER Solar Charge Controller technologies for exceptional photo voltaic Electrical power harvesting. Key capabilities include things like:
Multiphase Synchronous Rectification (MSR) for enhanced Electricity conversion.
Highly developed MPPT Algorithm with >ninety nine% performance.
Twin-Phase Charging for Improved battery daily life.
Liquid crystal display Exhibit with authentic-time facts checking.
A number of Load Management Modes like guide and timer.
Complete Electronic Protections towards overcharging, above-discharging, brief circuits, and reverse polarity.
Stage-by-Stage Manual to Setting Up the EPEVER Tracer AN Series Controller
one. Unboxing and Preparing the Controller
Be certain all components are included: Tracer AN device, temperature sensor, interaction cables, and consumer manual.
Verify the model selection and voltage scores match your photo voltaic panel and battery specs.
2. Mounting the Charge Controller
Decide on a effectively-ventilated, dry location near the battery lender.
Secure the Tracer AN controller using the delivered mounting brackets.
Sustain suitable clearance for warmth dissipation.
three. Wiring the Photo voltaic Cost Controller
Caution: Always follow right basic safety protocols and ensure the method is Click Here powered off right before connecting parts.
Stage 1: Join the battery terminals on the charge controller (positive to favourable, adverse to damaging).
Step two: Hook up the photo voltaic panel array for the PV enter terminals.
Phase three: Hook up the load terminals if using a direct load connection.
Move four: Double-Verify all connections for polarity and tightness.
four. Configuring the Controller Options
Electrical power to the controller by connecting the battery 1st.
Use the Liquid crystal display Screen to navigate the settings menu.
Configure:
Battery Style: AGM, GEL, Flooded, Lithium.
Charging Parameters: Absorption voltage, float voltage.
Load Management Modes: Manual, timer, gentle Handle.
five. Monitoring and Data Logging
The Tracer AN Collection supports actual-time monitoring utilizing the MT50 distant meter.
Details is often logged by way of the RS485 interaction port employing computer software such as Photo voltaic Station Computer.
Distant monitoring can be done With all the EPEVER WiFi module.
six. Troubleshooting Widespread Problems
Challenge 1: No Electric power Output
Examine battery voltage and connections.
Validate PV panel voltage exceeds battery voltage.
Concern two: Above-Voltage Security
Confirm the photo voltaic array’s voltage score.
Regulate program parameters if essential.
Concern three: No Battery Charging
Inspect PV wiring for continuity.
Confirm MPPT settings in the menu.
Advantages of the Tracer AN Sequence with MSR Engineering
The multiphase synchronous rectification technologies makes sure:
Higher Effectiveness: Reduced energy losses all through conversion.
Increased Trustworthiness: Steady efficiency below variable loads.
Longer Battery Existence: Regular and correct charging profiles.
Conclusion
The EPEVER Solar Demand Controller with multiphase synchronous rectification engineering can be an Outstanding option for optimizing solar power technology and increasing battery lifetime. By next the above mentioned set up information, end users can be certain optimum effectiveness and procedure longevity.