From an in-house pole platform to a complete off-grid surveillance system
For sites without reliable grid power, where trenching is difficult or rapid surveillance deployment is required, we offer two delivery models: pole-only supply or a fully integrated off-grid surveillance system. The pole is engineered and manufactured in-house, while solar power, energy storage, control, power distribution, and equipment interfaces are matched to actual project conditions.
Core positioning: not a finished pole with electrical components added later, but an integrated system built around our own pole platform—combining structure, energy, electrical design, equipment interfaces, and project delivery from the start.
IN-HOUSE POLE MANUFACTURING | ELECTRICAL SYSTEM INTEGRATION | UNIFIED INTERFACES | ENGINEERING DOCUMENTATION | SINGLE PROJECT INTERFACE
Is This the Right Project for an Integrated Off-Grid Solution?
| Best Fit for Integrated Off-Grid | Usually Not the First Choice |
• No reliable grid power or high trenching / grid-extension cost • Remote, unattended, or difficult-to-maintain sites • Coastal, mining, border, oil & gas, or other harsh environments • Need to reduce on-site integration and multi-vendor coordination • Formal engineering documentation or approval support is required | • Grid power is readily available at a clearly lower total cost • Low-height, low-load, very simple temporary sites • Persistent heavy shading with no practical backup energy source • Customer already has a complete power subsystem and only needs a mechanical support pole |
Need only the mechanical support platform? The solar surveillance pole can be supplied separately without the full electrical package.
Start with the Actual Load and Site Conditions
We do not start with a fixed “solar panel + battery” package. We first confirm the actual loads, operating hours, solar resource, required autonomy, and site conditions, then size the system around the project.
| Project Inputs & Configuration Decisions | Project Output |
→Equipment Loads & Operating Hours Define daily energy demand and load priority | Load schedule and system sizing basis |
→Local solar resource & required autonomy Determine PV and battery capacity | Initial PV / storage configuration |
→Wind, temperature & corrosion exposure Define pole, corrosion protection, energy storage and equipment protection requirements | Site-adapted configuration |
Low-energy strategy: critical-load priority can be configured by project. When battery state of charge falls to a defined threshold, core cameras and communication devices can be prioritized while non-critical loads are reduced or disconnected to extend essential surveillance operation.
One Pole Platform, Two Procurement Options
| A | Solar Surveillance Pole Only | B | Complete Off-Grid Surveillance System |
For customers with their own solar, battery, controller, or surveillance equipment supply chain. Supply scope: pole, solar mounting structure, equipment mounting points, enclosure interfaces, cable-routing space, flange/foundation interfaces, corrosion protection, and custom mechanical interfaces. | For projects seeking to reduce multi-vendor coordination and on-site integration. Integrated on the same pole platform: solar power, energy storage, control, power distribution/protection, enclosures, equipment interfaces, pre-wiring / pre-assembly and engineering documentation. |
Pole-only supply covers the mechanical support function; the integrated solution adds system matching and coordinated project delivery on the same platform.
What Is Actually Integrated: Results + Deliverables
| Integration Layer | Integrated Result & Deliverables |
| Structural Integration | The complete equipment configuration is included in the structural check. Deliverables: structural calculations, wind-load / bending-moment data, foundation reactions, and related drawings. |
| Energy & Electrical Integration | PV, storage, control, and protection are matched to load, solar resource, autonomy, and temperature. Deliverables: load schedule, system configuration, wiring and electrical configuration documents. |
| Interface & Delivery Integration | Equipment mounting, enclosures, cable routing, grounding, and service interfaces are confirmed before shipment where practical. Deliverables: equipment layout, interface drawings, wiring diagrams, installation and maintenance documents. |
Why in-house pole manufacturing matters: the core load-bearing platform is under our own control, so the structure and electrical system can be adjusted together instead of forcing the electrical package onto a fully fixed standard pole.
What the Integrator Actually Gains
| Split Procurement | Integrated Delivery |
| Pole, electrical, and equipment suppliers coordinated separately | Single project interface |
| Repeated structural and equipment confirmation | Unified verification based on the complete configuration |
| On-site drilling, welding, and cable rerouting | Maximum practical pre-assembly and interface reservation |
| Technical documents assembled from multiple suppliers | Coordinated engineering documentation |
| Complex responsibility boundaries when issues occur | Clearer technical responsibility |
TCO perspective: the integrated solution may not have the lowest initial purchase price, but it can reduce lifecycle cost by limiting rework, field modifications, multi-vendor coordination, work-at-height maintenance, and downtime risk.
Engineering and Compliance Support
| Proof Point | Project Support |
| Structure & Project Standards | Structural design and verification are based on applicable project requirements, equipment configuration, and site wind conditions. Structural calculations, foundation reactions, and related drawings can be provided as agreed. Applicable standards and document scope are confirmed before production. |
| Environment & Corrosion | Corrosion protection is selected for actual exposure conditions. ISO 12944 and applicable hot-dip galvanizing requirements can be referenced according to the project. |
| Electrical & Certification | Certification and compliance documents for PV, energy storage, control, and power distribution are provided according to the final brands and configuration, covering applicable IEC, UN 38.3, RoHS / REACH and target-market requirements. |
| Lightning Protection & Grounding | Lightning protection and grounding are included as part of system integration and implemented to applicable project standards and local electrical codes. Relevant design documents, interfaces, and test requirements can be provided. |
EU projects: CE compliance for electrical components is confirmed according to the final selection and applicable legislation. Compliance requirements for the pole / fabricated steel structure are determined by product use, project scope, and applicable requirements such as EN 1090.
Installation support: grounding design documents, grounding interface requirements, and grounding resistance test requirements can be provided, with technical support for the site installation team. Final construction and acceptance responsibilities follow the project contract and local requirements.
Maintenance, Warranty and Unattended-Site Risk
| Project Concern | Project Support |
| Maintenance | Fixed / base-hinged / lowering configurations are available, subject to payload, structure, cable routing and foundation conditions. |
| Unattended-Site Security | Optional lockable enclosures, tamper detection, concealed battery placement, cable protection and remote alarms. |
| Warranty & After-Sales | Pole and electrical components are warranted according to contract and final brand/configuration. The complete project is coordinated through a single after-sales interface. |
Submit Project Data for Initial Configuration
| Information Group | Recommended Input |
| Project Basics | Country/region, application, pole height, quantity, mounted equipment |
| Load & Energy | Power and operating hours of each load, critical-load priority, local solar resource, required autonomy |
| Site & Structure | Design wind speed/pressure, snow load, temperature, salt spray/humidity/dust, foundation conditions |
| Compliance & Delivery | Applicable standards, corrosion requirements, certification/approval documents, maintenance requirements |
Initial output: pole configuration + electrical system configuration + equipment interfaces + maintenance approach + preliminary engineering document list.
