Supplier From
Istanbul,
Turkey
Supplier From
Istanbul,
Turkey
Product Technical Specifications Usage Areas
Apex APX 1KM Smart Inverter 12V 60A MPPT
Nominal Output Power 1000 Watt
Villa
Output Waveform
Pure Sine Wave
Detached House
Output Voltage
230V
Container
Output Frequency
50Hz-60Hz
Tiny House
Efficiency
99%
Bungalow
DC Input Voltage
12V DC
Office and Businesses
MPPT
60A
Commercial Enterprises
Rated Power
1000 Watt
Milk Milking Units
Maximum PV Input
800 W / 50V DC
Beekeepers
Operating Temperature
0- 40 Degrees
Noise Level
45dB
Warranty
2 Years
What is a Smart Inverter?
A smart inverter goes beyond traditional inverter functions; it features two-way communication with the grid, remote monitoring/configuration, energy optimization, load management, and advanced protection capabilities.
Traditional inverter: Only converts DC to AC.
Smart inverter: In addition to conversion, it provides greater control and data over grid and/or battery management through advanced software and hardware integration.
Especially preferred in renewable energy installations (solar, wind), grid-tied (on-grid), or hybrid systems to increase energy efficiency and reliability.
What Does It Do?
Two-Way Communication and Control
Interacts smartly with the grid: monitors grid voltage, frequency, and power demands, adjusts reactive power when necessary.
Remote access allows viewing, updating, and managing operating parameters without being on-site.
Energy Management and Optimization
Automatically manages battery charge/discharge for optimal efficiency.
Real-time system optimization based on production-consumption balance,
Advanced Protection and Fault Diagnosis
Ensures safe shutdown during sudden grid failures or fluctuations (e.g., anti-islanding).
Sends automatic alerts and records data during faults.
Remote Monitoring and Reporting
Provides real-time production, consumption, charge-discharge, temperature, etc. data via mobile app or web interface.
Reports allow long-term performance evaluation.
How Does It Work?
Input Stage (DC or Grid)
Can accept DC input from solar panels or wind turbines.
Designed also to manage energy coming from the grid (AC).
Energy Conversion and Monitoring
Converts DC power to AC while simultaneously performing real-time measurements with built-in sensors and software algorithms.
Monitors grid parameters (voltage, frequency), panel/battery voltage, temperature, etc., to find the optimal operating point.
Battery Management (In Hybrid Models)
Communicates with the Battery Management System (BMS) if a battery bank is present
Adjusts charge/discharge strategy based on instantaneous consumption, grid constraints, energy tariffs, or weather forecasts.
Communication Interfaces
Uses protocols like RS485, Wi-Fi, Ethernet, ZigBee to record, monitor, or control inverter data.
Grid operators or users can remotely access the inverter for updates or setting changes.
Grid Interaction
Real-Time Power Adjustment: Balances power fed to or drawn from the gr
