Every smart city RFP asks for "a smart pole." But there is no single smart pole — there is a base structure with 10 possible modules, each with its own cost, power draw, data backhaul requirement, and revenue model. The question is not "how much does a smart pole cost?" The question is "which modules generate ROI for your city, and which are expensive ornaments?"
This article provides the cost of every module individually, three real-world configuration packages at different budget levels, installation and operational costs, bulk discount curves, and — critically — the revenue and savings each module can generate to offset the investment.
Step 1: Road Width → Pole Configuration
Before selecting modules, you need the right base pole. Road width determines pole height, LED power, and spacing:
| Road Width | Pole Height | LED Power | Lumens (min) | Spacing | Road Type |
|---|---|---|---|---|---|
| 6-8m | 6m | 80W | 11,200 | 20-25m | Residential, campus |
| 8-12m | 8m | 120W | 16,800 | 25-30m | Secondary road, commercial street |
| 12-16m | 10m | 150W | 21,000 | 30-35m | Primary road, arterial |
| 16-20m | 12m | 200W | 28,000 | 35-40m | Boulevard, highway (bilateral) |
Base pole cost (pole + LED head + foundation):
| Configuration | Pole (CNY / USD) | LED Head (CNY / USD) | Foundation (CNY / USD) | Total Base |
|---|---|---|---|---|
| 6m / 80W | ¥1,500 / $252 | ¥800 / $134 | ¥500 / $84 | $470 |
| 8m / 120W | ¥2,000 / $336 | ¥1,200 / $202 | ¥800 / $134 | $672 |
| 10m / 150W | ¥2,800 / $470 | ¥1,500 / $252 | ¥1,000 / $168 | $890 |
| 12m / 200W | ¥3,500 / $588 | ¥2,000 / $336 | ¥1,200 / $202 | $1,126 |
Prices: 2026 China FOB. CNY→USD at ¥5.95:$1 (20% export markup included).
Step 2: The 10 Modules — Cost, Power, and What They Actually Do
Each module is independently selectable. Here is the complete catalog:
| # | Module | Unit Cost (USD) | Power Draw | Data Backhaul | Revenue/Savings Model |
|---|---|---|---|---|---|
| 1 | Smart LED Light (DALI/0-10V dimming) | Included in base | 80-200W | LoRa/4G | 40-60% energy savings vs HPS |
| 2 | Smart Light Controller (LoRa/4G/NB-IoT) | $84 | 2W | LoRa/4G | Remote management, fault detection |
| 3 | PTZ Security Camera (4K/8MP, 30× zoom, 200m IR) | $420 | 15W | Fiber/4G | Public safety, insurance reduction |
| 4 | Environmental Sensor (PM2.5/PM10/temp/humidity/noise) | $168 | 3W | RS485/4G | EPA compliance data, air quality API |
| 5 | WiFi 6 AP (802.11ax, 1.8Gbps, 256 users, IP66) | $252 | 12W | Fiber | Ad revenue, foot traffic analytics |
| 6 | 5G Small Cell (NR Sub-6GHz, 64T64R MIMO) | $4,200 | 200W | Fiber | Carrier lease ($500-1,500/mo) |
| 7 | LED Information Display (P4, 960×320, 6000cd/m²) | $672 | 80W | 4G/Fiber | Municipal announcements, ad revenue |
| 8 | 7kW EV Charger (Type 2, OCPP 1.6, IP54) | $840 | 7,000W (peak) | 4G | Charging fees ($0.15-0.35/kWh margin) |
| 9 | Public Address Speaker (30W, 110dB, 100Hz-16kHz) | $118 | 30W | Network | Emergency broadcast, event support |
| 10 | USB Charging Station (2×USB-A + 1×USB-C, 65W) | $34 | 65W (peak) | — | Pedestrian amenity |
Critical note on deployment rates: Not every pole needs every module. Real deployments typically follow this pattern:
- 100% of poles: LED light + controller (the base case)
- 30-50% of poles: Security camera (at intersections, key points)
- 20-30% of poles: Environmental sensor (one per block is sufficient)
- 10-20% of poles: WiFi AP (high foot traffic zones)
- 5-10% of poles: 5G small cell (carrier-driven, specific coverage gaps)
- 10-15% of poles: LED display (commercial districts, transit stops)
- 10-15% of poles: EV charger (parking zones, curbside)
- 15-25% of poles: PA speaker (commercial + residential)
- 30-40% of poles: USB charging (commercial, campus, transit)
Step 3: Three Configuration Packages — Real Costs
Package A: Basic Smart Pole (Municipal Budget)
Target: Small city, residential area, basic smart city compliance
| Component | Cost |
|---|---|
| 8m pole + 120W LED + foundation | $672 |
| Smart Light Controller | $84 |
| Environmental Sensor (every 3rd pole) | $56 (amortized) |
| USB Charging Station | $34 |
| Total per pole | $846 |
| Power draw | 137W avg |
What you get: Remote dimming (40-60% energy savings), air quality monitoring, basic pedestrian amenity. This is the minimum viable smart pole — it does more than a dumb light, but it is not trying to be a smart city platform.
Package B: Security + Connectivity (Mid-Range)
Target: Commercial district, university campus, transit corridor
| Component | Cost |
|---|---|
| 10m pole + 150W LED + foundation | $890 |
| Smart Light Controller | $84 |
| PTZ Security Camera (every 2nd pole) | $210 (amortized) |
| Environmental Sensor (every 3rd pole) | $56 (amortized) |
| WiFi 6 AP (every 3rd pole) | $84 (amortized) |
| LED Information Display (every 5th pole) | $134 (amortized) |
| PA Speaker | $118 |
| USB Charging Station | $34 |
| Total per pole | $1,610 |
| Power draw | 195W avg |
What you get: Full surveillance coverage at intersections, WiFi mesh for public internet, environmental monitoring network, digital signage for municipal communication. This is the configuration most cities actually deploy.
Package C: Full Platform (Premium/Revenue-Generating)
Target: Smart city showcase district, carrier partnership area, high-revenue commercial zone
| Component | Cost |
|---|---|
| 10m pole + 150W LED + foundation | $890 |
| Smart Light Controller | $84 |
| PTZ Security Camera | $420 |
| Environmental Sensor | $168 |
| WiFi 6 AP | $252 |
| 5G Small Cell | $4,200 |
| LED Information Display | $672 |
| 7kW EV Charger | $840 |
| PA Speaker | $118 |
| USB Charging Station | $34 |
| Total per pole | $7,678 |
| Power draw | 545W avg (7,545W with EV charger active) |
What you get: Everything. This is the 10-in-1 configuration. It only makes economic sense where the 5G carrier lease and EV charging revenue can offset the $4,200 + $840 module costs. At $1,000/month carrier lease + $200/month EV revenue, the two revenue modules pay for themselves in 3.5 years.
Step 4: Installation Costs
Hardware is only part of the picture. Installation costs vary dramatically by region:
| Cost Category | Unit Cost (US baseline) | Regional Multiplier |
|---|---|---|
| Civil works (foundation, trenching) | $300/pole | China: ×0.3 / EU: ×1.2 / Middle East: ×0.8 |
| Electrical (cabling, connection) | $200/pole | China: ×0.3 / EU: ×1.3 / Middle East: ×0.7 |
| Pole erection | $150/pole | China: ×0.3 / EU: ×1.1 / Middle East: ×0.6 |
| Module installation | $100/module | Roughly similar globally |
| Fiber backhaul (per pole, amortized) | $250/pole | Highly variable by existing infrastructure |
| Platform software license | $50-150/pole/year | Vendor-dependent |
| Commissioning & testing | $100/pole | Similar globally |
US installation cost for Package B (per pole): $300 + $200 + $150 + $400 (4 modules) + $250 + $100 = $1,400
China installation cost for Package B (per pole): $90 + $60 + $45 + $400 + $250 + $100 = $945
Total deployed cost:
- Package B in US: $1,610 (hardware) + $1,400 (installation) = $3,010/pole
- Package B in China: $1,610 (hardware) + $945 (installation) = $2,555/pole
Step 5: Bulk Discounts
| Order Size | Hardware Discount | Package A Effective | Package B Effective | Package C Effective |
|---|---|---|---|---|
| 1-19 poles | 0% | $846 | $1,610 | $7,678 |
| 20-49 | -5% | $804 | $1,530 | $7,294 |
| 50-99 | -8% | $778 | $1,481 | $7,064 |
| 100-199 | -12% | $744 | $1,417 | $6,757 |
| 200-499 | -16% | $711 | $1,352 | $6,449 |
| 500+ | -20% | $677 | $1,288 | $6,142 |
At 500+ poles, Package B drops from $1,610 to $1,288 — saving $161,000 on a 500-pole deployment. This is the scale at which smart city projects move from pilot to citywide rollout.
Step 6: Energy Savings — The Silent ROI
The module that generates the largest financial return is not the 5G cell or the EV charger — it is the smart LED controller replacing old HPS (High-Pressure Sodium) or MH (Metal Halide) lights:
| Metric | Old HPS/MH | Smart LED (with dimming) | Savings |
|---|---|---|---|
| Power consumption | 250W | 150W (full) → 60W avg (with dimming) | 76% |
| Annual energy per pole | 1,095 kWh | 263 kWh | 832 kWh |
| Electricity cost ($0.12/kWh) | $131/year | $32/year | $99/year |
| Lamp replacement (annual) | $25 | $0 (5+ year LED life) | $25/year |
| Annual savings per pole | $124/pole | ||
| 10-year savings per 100 poles | $124,000 |
For a 500-pole deployment, energy savings alone return $62,000/year — enough to pay back Package A hardware in 6.8 years and Package B hardware in 10.4 years, without counting any other revenue streams.
Step 7: Revenue Streams — What Pays for Premium Modules
| Revenue Source | Module Required | Monthly Revenue/Pole | Annual Revenue/Pole | Deployment Rate |
|---|---|---|---|---|
| 5G Carrier Lease | 5G Small Cell | $500 - $1,500 | $6,000 - $18,000 | 5-10% of poles |
| EV Charging | 7kW Charger | $150 - $350 | $1,800 - $4,200 | 10-15% of poles |
| Digital Advertising | LED Display | $50 - $200 | $600 - $2,400 | 10-15% of poles |
| WiFi Sponsorship | WiFi AP | $20 - $80 | $240 - $960 | 10-20% of poles |
| Data Licensing (traffic/air quality) | Camera + Sensor | $10 - $50 | $120 - $600 | 30-50% of poles |
Revenue model for 100-pole Package B deployment:
- 10 poles with security cameras generating data licensing: 10 × $360/year = $3,600
- 7 poles with WiFi APs with sponsorship: 7 × $600/year = $4,200
- Energy savings on all 100 poles: 100 × $124/year = $12,400
- Total annual revenue/savings: $20,200
- Payback period: $161,000 (hardware) ÷ $20,200 = 8.0 years
Revenue model for 100-pole Package C deployment (with 5G + EV):
- 5 poles with 5G carrier lease: 5 × $12,000/year = $60,000
- 10 poles with EV charging: 10 × $3,000/year = $30,000
- 10 poles with digital ads: 10 × $1,500/year = $15,000
- Energy savings: 100 × $124/year = $12,400
- Total annual revenue/savings: $117,400
- Payback period: $767,800 ÷ $117,400 = 6.5 years
The 5G carrier lease is the single most impactful revenue source — but it requires carrier partnership and fiber backhaul, which limits deployment to specific areas. The EV charger is the second most impactful and can be deployed anywhere with adequate grid connection.
The Decision Framework
| If your priority is... | Choose... | Budget/Pole | ROI Timeline |
|---|---|---|---|
| Minimum smart compliance | Package A | $846 | 6.8 years (energy only) |
| Safety + connectivity | Package B | $1,610 | 8.0 years |
| Revenue generation | Package C | $7,678 | 6.5 years (with 5G + EV) |
| Phased deployment | Package A now → modules later | $846 → $1,610+ | Varies |
The 10-in-1 smart pole is not an all-or-nothing decision. Start with Package A, validate the energy savings and operational benefits, then add camera and WiFi modules in year 2-3 as budget allows. The modular architecture means every pole is upgrade-ready from day one.
The Bottom Line
A "smart pole" costs somewhere between $846 and $7,678 depending on how many of the 10 modules you deploy. The base case (LED + controller + sensor) pays for itself in energy savings. The premium case (all 10 modules including 5G and EV charging) pays for itself faster through revenue generation — if you have the carrier partnerships and grid capacity to support it.
For complete specifications, module pricing, and project-level quotation for your smart city deployment, visit SOLARTODO Smart Streetlight Configurator — with configuration tools for municipal engineers, including bulk pricing and financing options.
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