The AIS700DC is a DC-powered AIS Aids to Navigation (AtoN) Lantern designed for professional marine applications requiring long-range signal transmission and intelligent external power control. The AIS700DC is designed for scenarios where external batteries and solar panels are provided by the user, in contrast to the AIS60, which features an integrated solar panel and battery.

Despite being externally powered, the AIS700DC retains all the high-performance features of the AIS60 and adds a powerful advantage: it comes with an internal battery charge-discharge management system, which intelligently extends battery life and ensures efficient energy use in off-grid marine environments.

KEY ADVANTAGES

• Intelligent Power Management
  Built-in system to manage the charging and discharging of external batteries, preventing overcharging, deep discharge, and extending battery lifespan.
• Long-Distance AIS Transmission
  Supports AIS Message 21, 6, 8, and 14, with an effective communication range of over 20 nautical miles, even in low-power mode.
• Low Power Consumption
  Optimized for energy efficiency, supporting autonomous long-term operation in remote areas without dependence on shore-based base stations.
• Fully Compliant AIS AtoN
  Compatible with international standards, supporting dual-mode positioning (GPS + Beidou is required), and real-time monitoring of beacon status including voltage, light output, and solar charging conditions.
• Flexible Deployment
  Ideal for customers who supply their own solar panels and batteries, such as large-scale navigation projects, retrofits, and offshore platforms.

TECHNICAL DATA

TWO MODELS

Drawings (mm)

Floating Marker Light

Fixed Marker Light

Why Choose AIS700DC AIS AtoN Navigation Lantern?

• Most third-party AIS AtoNs require external power but lack battery management, leading to reduced battery lifespan and maintenance issues.
• AIS700DC not only solves this but also delivers high-efficiency AIS performance, over 20NM range, and true autonomous signal transmission without relying on a land-based base station.