3 kW Grid-Tie Inverter for CFE Interconnection with 220 Vac Output, Wi-Fi Module Included
- $ 7,199.00
- Brand: AFORE
- Availability: In stock
- SKU: HNS3000TL1
How does it work? Interconnection systems use an inverter to convert the direct current energy generated by solar panels into alternating current energy, in complete synchronization with the voltage and...
Tags: access-point , categoria:Energía / Herramientas , marca:AFORE , networking , router , switch , wifi
How does it work?
Interconnection systems use an inverter to convert the direct current energy generated by solar panels into alternating current energy, in complete synchronization with the voltage and frequency as delivered by the utility (CFE).
The Afore HNS3000TL1 inverter is an advanced solution designed for residential photovoltaic system applications. With a maximum output power of 3 kW, this inverter is ideal for those looking to optimize the energy generation of their PV systems.
Thanks to its cutting-edge technology, the HNS3000TL1 offers a maximum efficiency of 98.40%, ensuring that the solar energy collected by your panels is fully utilized.
Equipped with two MPPT trackers and capable of handling a maximum input voltage of 550 V, the HNS3000TL1 guarantees efficient maximum power generation, even under the most challenging conditions.
This inverter has been designed to be robust and reliable, with integrated Type III protections and a construction that ensures its durability over time. Its smart communication interface allows for easy system monitoring and management via WiFi connectivity.
Main Features
- Maximum Output Power: 4,200 W
- Nominal Output Power: 3000 W
- Maximum Input Voltage (V): 360
- MPPT Voltage Range (V): 50-500
- Maximum Input Current (ISC): 18
- Number of MPPT Trackers: 1
- Maximum Efficiency: 98.13%
- European Efficiency: 97.56%
- Weight: 6 kg
- Dimensions (Width x Height x Depth): 280 x 260 x 116 mm
- Protection Rating: IP65
- Smart Connection: Yes, with Smart Monitoring function and WiFi communication.
Equipment Installation
Reliability and Safety
The HNS3000TL1 comes with all the necessary protections to ensure the safe and reliable operation of your photovoltaic system. The aluminum casing not only contributes to a modern aesthetic but also serves to dissipate heat efficiently, increasing the inverter's lifespan.
Technical Specifications
PV Input (Photovoltaic Input Data)
- Max. DC Power (W): 4,200
- Max. Input Voltage (V): 500
- MPPT Operating Voltage Range (V): 50-500
- Nominal Input Voltage Range (V): 360
- Maximum Input Current (ISC): 18A
AC Output Data (Alternating Current)
- Max. Output Power (W): 3,000
- Maximum Output Current (A): 15
- Nominal Output Voltage (V): 1/N/PE, 220Vac, 230Vac, 240Vac
- Grid Voltage Range: 180Vac-276Vac (Depending on local standard)
- Grid Frequency Range: 45-55Hz/54-66Hz
- Output Power Factor: 1 (adjustable from 0.8 inductive to 0.8 capacitive)
Efficiency
- Max. Efficiency: 98.13%
- Euro Efficiency: 97.56%
Protection
- PV Reverse Polarity Protection: Yes
- PV Insulation Resistance Detection: Yes
- AC Short Circuit Protection: Yes
- AC Overcurrent Protection: Yes
- AC Overvoltage Protection: Yes
- Anti-islanding Protection: Yes
- Residual Current Protection: Yes
- Temporary Overload Protection: Yes
General Data
- Dimensions (W x H x D): 280 x 260 x 116 mm
- Weight: 6 kg
- Protection Rating: IP65
- Enclosure Material: Aluminum
- Ambient Temperature Range: -25 to 60 °C
- Relative Humidity: 0-100%
- Topology: Transformerless
- Communication Interface: WiFi
- Cooling: Smart convection with ventilation
Connection Diagram
The inverter comes with all the necessary protections to ensure the safe and reliable operation of your photovoltaic system. The aluminum casing not only contributes to a modern aesthetic but also serves to dissipate heat efficiently, increasing the inverter's lifespan.
Compatible Solar Modules
INTERCONNECTION KITS
Benefits
Clean Energy
Energy Saving
Environmental Care
Simple Connection
Notes
- Inverters require synchronization to deliver voltage; otherwise, the equipment will not output voltage. If the terminals are measured with the panels connected, the measured voltage should be 0V.
- It is recommended to use physical grounding systems (LP-GROUND-30A), install surge suppressors (LA302R), and verify operating voltages.