Description
Connectivity Is Infrastructure. Power Is the Constraint.
In the calculus of remote deployment — whether a construction site trailer, an agricultural sensor grid, a wilderness research station, or a disaster recovery command post — the limiting factor is almost never bandwidth. It is power. Solar panels, battery banks, charge controllers, and the delicate arithmetic of watt-hours versus cloud cover. The Helios Node collapses that arithmetic into a single, self-contained unit: a 4G LTE router powered by an integrated 15W solar panel with a 24,000mAh battery reserve, sealed inside an IP66-rated enclosure that does not care about dust storms, monsoon rains, or sub-zero mornings.
The architecture is deceptively simple — and that is the point. No external power supply. No separate solar charge controller to configure. No weatherproof enclosure to source and modify. One unit, mount it facing south, insert a SIM card, and the device establishes a 50-meter WiFi bubble around its location. The 4G modem supports global LTE bands, pulling signal from the nearest tower and redistributing it as secure, password-protected WiFi. The 24,000mAh lithium battery bank provides 24/7 continuous operation: solar charging during daylight hours, battery discharge through the night, with enough reserve to ride through 2-3 consecutive overcast days without dropping connectivity.
The grid stops. The signal doesn't.
Key Features
- ✦ Integrated 15W Monocrystalline Solar Panel: High-efficiency photovoltaic cell charges the internal battery during daylight. No external power source required — deploy anywhere with sun exposure.
- ✦ 24,000mAh Total Battery Capacity: Configurable as 4× 6,000mAh, 2× 12,000mAh, or 1× 24,000mAh depending on model. Provides 24/7 continuous operation with 2-3 days of overcast reserve.
- ✦ IP66 Weatherproof Enclosure: Fully sealed against dust ingress and high-pressure water jets from any direction. Operates reliably from -20°C to 60°C without performance degradation.
- ✦ 4G LTE Multi-Band Modem: Supports global LTE bands (B1/B2/B3/B4/B5/B7/B8/B20/B28/B38/B40/B41). Insert a local SIM card and the router auto-configures APN settings.
- ✦ 50-Meter WiFi Range: 802.11 b/g/n WiFi with external high-gain antenna. Covers a 50-meter radius in open terrain — sufficient for a construction site, campground, or agricultural field station.
- ✦ Zero-Configuration Deployment: Insert SIM, power on, connect to the default SSID. Web-based management interface for advanced settings (port forwarding, MAC filtering, bandwidth limits).
- ✦ Long-Endurance Design: Rated for 24/7 continuous operation. The solar charge controller includes overcharge protection, deep-discharge cutoff, and temperature-compensated charging for battery longevity.
Technical Specifications
- Solar Panel: 15W Monocrystalline Silicon
- Battery Capacity: 24,000mAh (Lithium-Ion)
- Battery Configurations: 4×6,000mAh / 2×12,000mAh / 1×24,000mAh
- Network: 4G LTE (SIM Slot)
- LTE Bands: B1/B2/B3/B4/B5/B7/B8/B20/B28/B38/B40/B41
- WiFi Standard: 802.11 b/g/n, 2.4GHz
- WiFi Range: Up to 50m (Open Terrain)
- Enclosure Rating: IP66 (Dust-Tight, Powerful Water Jets)
- Operating Temperature: -20°C to 60°C (-4°F to 140°F)
- Mounting: Pole-Mount Bracket Included
Who It Serves
The Helios Node is designed for professionals whose work takes them beyond the reach of wall outlets. Construction site supervisors deploy it on day one of a project to provide WiFi for digital blueprints, safety check-ins, and crew communication — no waiting for utility hookups. Precision agriculture operators mount it on fence posts to backhaul soil moisture sensor data from fields where running power cables would cost more than the sensors themselves. Environmental researchers at remote field stations use it to upload camera trap footage and weather station telemetry without weekly trips to town for SD card swaps. Disaster response teams activate it within minutes of arrival to establish a comms bubble for coordination when cell towers are overloaded or damaged. And for the off-grid property owner — the cabin, the tiny house, the rural workshop — it provides internet connectivity without trenching cable or installing a permanent solar array. One device. Sunlight in. Signal out.
Frequently Asked Questions
Q: How long does the battery last without sunlight?
A: Under normal usage (WiFi active, moderate data throughput), the 24,000mAh configuration provides approximately 48-72 hours of continuous operation without solar input. In power-saving mode (WiFi on standby, periodic data bursts), runtime extends to 5-7 days. Solar charging typically recovers a full day's consumption in 4-6 hours of direct sunlight.
Q: What kind of SIM card do I need?
A: A standard-size SIM card from any carrier that operates on the supported LTE bands. The router is unlocked and carrier-agnostic. For best results, use a data-only SIM plan with at least 5GB/month. The device auto-detects APN settings for most major carriers — manual APN configuration is available via the web interface if needed.
Q: Can I connect multiple devices simultaneously?
A: Yes. The router supports up to 32 simultaneous WiFi client connections. In practice, 10-15 active devices (streaming, browsing, email) will share the 4G bandwidth comfortably. For larger deployments, consider using an additional access point connected via Ethernet to the Helios Node's LAN port.
Q: Is the solar panel sufficient for year-round operation?
A: In most latitudes between 45°N and 45°S, the 15W panel provides sufficient daily charge for 24/7 operation throughout the year. In high-latitude winter conditions (short daylight hours, low sun angle), occasional supplemental charging via the USB-C input may be needed during extended overcast periods. The battery management system accepts 5V/2A USB-C input for backup charging.
Q: Can this be used as a security camera backhaul?
A: Yes — this is one of the most common deployment scenarios. Connect an IP camera (or a PoE switch powering multiple cameras) to the router's LAN port. The Helios Node provides internet backhaul for remote video streaming and recording. Ensure your data plan accommodates the bandwidth requirements of continuous video upload.
Q: How is the device mounted?
A: The included pole-mount bracket accommodates poles from 1" to 3" diameter. For wall or flat-surface mounting, standard VESA-compatible brackets can be attached to the rear mounting points. Position the solar panel facing toward the equator (south in the northern hemisphere, north in the southern hemisphere) at an angle approximately equal to your latitude for optimal year-round charging.
Q: What happens if the battery is fully depleted?
A: The battery management system includes a deep-discharge protection circuit that cuts power at 2.8V per cell, well above the damage threshold. When solar charging resumes, the system performs a soft-start sequence and reconnects to the cellular network automatically — no manual intervention required. Configuration settings are preserved in non-volatile memory during power loss.
Customer Reviews
Paiement et sécurité
Vos informations de paiement sont gérées de manière sécurisée. Nous ne stockons ni ne pouvons récupérer votre numéro de carte bancaire.