SOLARTODO builds fully off-grid solar poles that generate their own power and carry exactly what each site needs — from tall surveillance masts with PTZ and AI cameras to compact poles for environmental, gas and fire monitoring. Every pole is engineered to order and runs around the clock, verified for the world's harshest climates.
Battery state, solar yield, every cell temperature, every camera link — 56 read-only Modbus registers per pole, polled in under 40 milliseconds, straight into the SCADA you already run. Or run the SOLARTODO dashboard itself — white-labelled to your brand and deployed entirely on-premise, on your own servers.
Synchronising with edge nodes…
Most solar poles are a steel tube with parts bolted on. Ours are single-piece monolithic structures — solar skin, battery, electronics and cameras integrated and sealed at the factory, then proven by a 200-page suite of structural, thermal and energy simulation before a single unit ships.
One continuous steel tube. Zero field joints. The solar array, 12.29 kWh battery and every electronic system are sealed inside at the factory — then lifted into place in 2.5 hours.
A single-piece champagne-gold pole, 6 to 12 m tall, wrapped in indigo CIGS solar film — a PTZ dome and environmental sensor at the crown, a bullet camera at 4 m. One continuous weld, zero field joints.
The same surveillance platform, 6 to 12 m, in a matte-black square form — four faces clad in glazed monocrystalline panels, bolted segment by segment for tall-mast projects.
A champagne-gold column, 1.5 to 2 m, under a 360° CIGS solar wrap with on-board edge computing — 4-day autonomy for air-quality, environmental and asset monitoring.
The same compact IoT platform, 1.5 to 2 m, in a square form — four monocrystalline faces, edge computing onboard, factory-configured and deployed in under 10 minutes.
SOLARTODO Sentinel is one integrated platform — not a pole with parts bolted on. Ten engineered systems, from self-generated power to on-pole edge AI and 0→1 customisation, work as a single unit. We call it the 10S.
A 360° six-band solar skin powers the pole entirely off-grid.
On-board LiFePO₄ storage carries the pole through days without sun.
PTZ, bullet and ID cameras with AI face and vehicle recognition.
IoT sensing for air quality, environment, gas and early fire detection.
Our own AI software, computed on the pole itself at the edge.
Air-gap-capable, IEC 62443 cyber-secure for government networks.
56 Modbus registers per pole, streamed over 4G / 5G into your control centre.
Monolithic Q355B steel with aluminium and 316 stainless — 50-year life.
0→1 customisation — we engineer the whole system to your brief.
One platform across sizes — from a 1.5 m IoT pole to a 12 m surveillance mast.
SOLARTODO Sentinel is an open platform, not a locked bundle. It integrates the camera and sensor brands your project specifies — and your security policy approves — with edge AI computed on NVIDIA. You choose the payload; the pole stays neutral.
One welded Q355B tube with no exterior field joints — no failure point to inspect for a 50-year design life.
A 43-page wind & seismic FEA / CFD study. Eight of eight acceptance checks pass, safety factors 3.8–8.2×.
Full Modbus TCP — 56 live data points per pole stream straight into your control centre, polled under 40 ms.
Air-gap-capable — run fully offline, with no cloud or internet, for the highest-security sites. IEC 62443 Security Level 2, built for government and ministry networks.
Battery thermally proven at 48 °C ambient — the cell core holds 50 °C with margin to spare. Built for the hottest sites on earth.
Every installation document in paired English and your local language — your crew and ours read the very same page.
Each programme ships with a complete engineering dossier — so a buyer's own reviewer can verify every claim on this page, line by line.
Continuous surveillance along boulevards and urban perimeters with no trenching for grid power.
Air-gapped, cyber-secure poles for facilities that cannot place infrastructure on the public internet.
Self-powered monitoring across remote energy assets far beyond the reach of any grid feeder.
Incident detection and traffic monitoring on long inter-city routes with zero cabling runs.
Wide-area observation across yards, fence lines and crossings, deployed in hours not weeks.
Climate, soil and air-quality sensing across farmland and protected land, entirely off-grid.
Safe-City Corridors
Continuous surveillance along boulevards and urban perimeters with no trenching for grid power.
Tell us the deployment — climate, span, camera or sensor payload — and we will return a configured proposal with the complete verification suite.
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