3.5KVA / 3500W MPPT 100A Ecco Pure Sine Wave Hybrid Inverter + Ecco 2.56 kWh 25.6V 100AH Lithium

Ecco 3.5KVA 3500W 24V Hybrid Inverter 100A MPPT, Pure Sine Wave

Description:

Efficient and Versatile Hybrid Inverter for Solar Power Solutions

The Ecco 3.5KVA 3500W Hybrid Inverter is designed for reliable energy conversion, seamlessly integrating solar, battery, and grid power. This pure sine wave inverter ensures stable and efficient power output, making it ideal for homes, small businesses, and off-grid installations. With an integrated 100A MPPT solar charge controller, this inverter optimizes energy harvesting and supports multiple output priority modes for flexible power management.

Key Features:

• 3500VA / 3500W Pure Sine Wave Output Provides clean, stable power for sensitive electronics.
• 100A MPPT Solar Charge Controller Maximizes solar energy efficiency.
• Wide PV Input Voltage Range (30VDC - 160VDC) Ensures flexibility in solar panel configurations.
• Smart Load Management:
  • Supports UTL, SOL, and SBU priority modes for power distribution.
  • Lithium Battery Activation for extended battery performance.
  • RS485 BMS Communication for intelligent battery monitoring.
• WiFi Remote Monitoring (Optional) Enables real-time tracking and system adjustments.
• Detachable Dust Cover Protects components in harsh environments.
• Advanced Protection Features:
  • Overload, short-circuit, and deep discharge protection.
  • Surge protection for safe appliance operation.

Technical Specifications:

Inverter Specifications:

• Rated Power: 3500VA / 3500W
• DC Input Voltage: 24VDC (158A)
• AC Output: 230V AC, 50/60Hz (23.5A)

AC Charger:

• Input: 230V AC, 50/60Hz (23.5A)
• DC Output: 27V DC
• Max AC Charge Current: 60A (Default: 30A)
• Max Charge Current (PV + AC): 100A

Solar Charge Controller:

• Max PV Array Power: 4000W
• Min Solar Voltage: 120VDC
• Max Solar Voltage (VOC): 500VDC
• Max MPPT Charge Current: 100A

Size & Weight:

• Dimensions: 359mm × 295mm × 100mm
• Weight: 7kg

ECCO 24V LITHIUM BATTERY

Ecco 25.6V 100Ah Lithium Iron Battery High-Performance Energy Storage

Description:

Reliable Lithium Power for Solar & Backup Systems

The Ecco 25.6V 100Ah Lithium Iron Battery is a high-performance energy storage solution designed for solar power systems, UPS backup, and off-grid applications. Engineered as a superior replacement for traditional lead-acid batteries, this lightweight and long-lasting lithium battery delivers higher efficiency, faster charging, and extended cycle life.

Key Features:

• 25.6V 100Ah Capacity  Stores 2560Wh of energy for backup and solar applications.
• Lithium Iron Phosphate (LiFePO4) Technology  Offers enhanced safety, longevity, and efficiency.
• Up to 4X Longer Lifespan  Outperforms lead-acid batteries in durability and cycle life.
• High Charge & Discharge Rates  Supports 100A max charge/discharge for efficient power management.
• Wide Application Compatibility:
  • Solar & Backup Systems  Ensures reliable power storage.
  • UPS & Inverters  Provides uninterrupted energy supply.
  • Portable Power Solutions  Ideal for off-grid, RV, marine, and camping use.
• Fast Charging & High Efficiency  Reduces downtime with quick recharge capabilities.
• Compact & Lightweight Design  Easier to install and transport compared to traditional lead-acid alternatives.
• Maintenance-Free & Environmentally Friendly  No harmful chemicals or frequent maintenance required.

Technical Specifications:

• Energy Storage Capacity: 2560Wh
• Nominal Voltage: 25.6VDC
• Rated Capacity: 100Ah
• Bulk Absorption Voltage: 28.4V - 29.2V
• Equalize Voltage: 28.8VDC
• Float Charge Voltage: 27.2VDC
• Maximum Charge Current: 100A
• Maximum Discharge Current: 100A

Installation & Usage:

• Connect positive and negative ports to an inverter or UPS system for charging and discharging.
• Suitable for both solar-powered and traditional charging systems.

What's Included:

• 1 × Ecco LIFeLi-24100T Lithium Iron Battery

Warranty & Installation Requirements:

• 10-Year Design Life with long-term reliability.
• Professional installation recommended for optimal safety and performance.