China Urban Lighting Operating System For Smart Cities – Cloud-Based Platform With Lamp-Level Control,PLC & LoRa Networking,and Real-Time Intelligence,Urban Lighting Operating System For Smart Cities – Cloud-Based Platform With Lamp-Level Control,PLC & LoRa Networking,and Real-Time Intelligence Projects

TOP · SAFETY LIGHTING EVIDENCE

Extreme-Weather Safety Lighting + Large-Scale Highway/Tunnel Deployment (STSYSTEMPLC)

2700K↔6000K Adaptive CCT — Extreme-Weather Penetration (3–5×) Storm / heavy snow / dense fog: governed safety-lighting mode improves visibility, contrast, and glare comfort to secure roadway safety.

World’s Most Advanced Smart LED Roadway Lighting 93km highway + tunnel groups with Hybrid PLC + LoRa + Sensor Networking in harsh topology and complex feeders.

Tender-safe note: controlled evidence (video/PDF) is provided via the unified hub for committee review and bid documentation. If you want the committee pack immediately, open the Download Center.

DOWNLOAD CENTER · COMMITTEE PACK (ONE-LINK POLICY)

All Demo Videos + Tender-Safe Evidence + Committee-Ready Materials (Unified Hub)

Why a Download Center Exists (Procurement Reality)

In committee reviews, decisions are defended by evidence packages, not marketing. This center enforces a single-source rule: all videos/PDFs are centralized in one place to avoid broken links, missing files, and “email chasing.”

Tender-safe evidence: videos + reference materials suitable for bid documentation and committee review.
Proof-first workflow: watch → download → share → vote.
One-link policy: no scattered files, no confusion, no version mismatch.

Committee action: open the hub and share it with your committee before the vote. This is the fastest way to align stakeholders with real proof.

Open the Unified Hub

Download demo videos, curated evidence, and committee-ready materials in one place. Use this as the official committee link (avoid re-sending multiple attachments).

Open Video/PDF Download Hub Jump to Evidence Vault (01–10)

Audit Evidence Committee-Safe One-Link Policy No Missing Files

Governance note: evidence availability and traceability are part of infrastructure-grade supplier eligibility.

Fastest path (before the vote)

Final action: open the unified hub and share with your committee before the vote — Video/PDF Download Hub.

Open Video/PDF Download Hub

ZONE 1 · PROOF & GOVERNANCE

Global IoT Lighting Center Grade = Energy + Safety + Value-Added Services (STSYSTEMPLC)

STSYSTEMPLC is engineered as a city-infrastructure operating layer — not merely a lighting network. A true global IoT lighting center must deliver three governed outcomes simultaneously: measurable energy savings, road & public safety, and value-added services that create operational ROI beyond electricity reduction.

Delivered Projects3,000+ accumulated deployments

Tunnel Coverage2,600+ tunnels · 2,500+ km+ network

Mountain RealityBridge-tunnel ratio 65–75%, tunnels 30%+

Proof-first: if you need committee-grade evidence (videos, reports, and reference materials), use the unified hub: Download Center.

Safety lighting + Harmonized lighting + Charming city lighting

Safety lighting: extreme-weather policies (storm/fog/snow) + road-class governance + traceable execution.
Harmonized lighting: comfort and glare discipline with adaptive CCT and scene control.
Charming city lighting: curated scenes for civic areas while maintaining compliance targets.
City public safety: alarms, outages, cabinet events, and coordinated response readiness.

Committee angle: this is infrastructure governance. Evidence outputs and operating discipline matter more than marketing specs.

ZONE 2 · CORE SYSTEM ARCHITECTURE

Server (Cloud / Sovereign On-Prem) + CH-800 + SLC810/SLC910 — STSYSTEMPLC Stack

Three mandatory operating layers (no shortcuts)

Policy & governance (Server): schedules, scenes, audit trail, reporting, integration APIs.
Continuity anchor (CH-800): feeder/cabinet intelligence, resilience, event governance, segment control.
Lamp-level execution (SLC810/SLC910): telemetry, dimming, sensor linkage, per-lamp enforcement.

Astronomical clock schedule: the dimming strategy can run on an intelligent astronomical timetable, automatically adjusting by sunrise/sunset for 365 days.

Need committee-ready proof? open the Download Center and pick the exact demo/video pack for your tender briefing.

Hybrid PLC + LoRa — stable communication in complex / aging feeders

Urban feeders are harsh: noise, branching, transformer barriers, legacy wiring, and topology drift.
PLC scales economically via powerlines; LoRa adds robust transformer-crossing paths and resilience.
Hybrid redundancy keeps command stable — essential for safety-lighting governance.

Adaptive CCT 2700K↔6000K — extreme-weather safety lighting solution

Under heavy rain / heavy snow / dense fog, the city enters a governed safety-lighting mode prioritizing visibility, contrast, and glare comfort.
Road-class driven + sensor-triggered + traceable logs for EPC / municipal review.
Delivers energy efficiency + safety + harmonized / charming lighting.

ZONE 2A · INVESTMENT BRIEF

Committee ROI Logic — Energy (kWh) + O&M (Patrol/Dispatch) = Tender-Safe Payback

How to read (one minute)

Energy saving is measured: baseline kWh − optimized kWh (dimming + governed policies).
O&M saving comes from no-chaos operations: fault pinpointing, faster dispatch, fewer patrol kilometers.
Payback = CAPEX ÷ (annual energy saving + annual O&M saving).

Fastest committee briefing: open the Download Center and share the hub link before the vote.

Road input checklist (for DIALux + audited savings reports)

Road class: trunk road / highway / normal urban road (design speed can be ignored).
Average illuminance target: (Lux) required by your road class.
Pole spacing: meters.
Pole height: meters.
Lane count: 2 / 4 / 6 / 8.
Lane width: reference 3.75 m (confirm local standard).

Deliverable: after receiving inputs, we provide a DIALux report plus an audited energy + O&M evidence pack for tender/committee defense.

ZONE 2B · 3-TARIFF ROI TABLE

3 Tariffs × (1,000 sets / 10,000 sets) × (250W / 400W HPS) — Payback is Visible at One Glance

ROI Quick Slider (committee-friendly, live numbers)

Reference assumptions: 11 h/day, 90% saving vs HPS. Select tariff + adjust two sliders; numbers update instantly.

Slider 1 · Baseline HPS Wattage

400 W

Range locked: 250W–400W (600W removed).

Slider 2 · Set Count

10000 sets

Reference examples: 1,000 or 10,000 sets.

Committee One-Card Proof (Tender-Safe)

This project is infrastructure governance, not a lamp purchase. The supplier must provide auditable evidence, safety logic, and stable hybrid networking.

Astronomical timetable: 365-day auto adjustment by sunrise/sunset (no manual seasonal tuning).
Extreme-weather safety mode: adaptive CCT improves penetration and visibility (3–5×) during storm/fog/snow.
Hybrid PLC + LoRa: survives transformer barriers and feeder complexity (stability when conditions turn harsh).
Evidence outputs: audited kWh reports + policy logs + committee-ready packs (Download Center).

Audit Evidence Safety Governance Offline Continuity No Rebuild Risk

Annual kWh Saved —

Annual Energy Saving —

Annual O&M Saving (Reference) —

Payback (Reference) —

* Notes: O&M saving is shown as a planning reference (patrol/dispatch reduction). Final tender pack uses your field workflow + DIALux + audited evidence logs.

Proof shortcut: if your committee wants “see it now”, open the Download Center and pick the demo + tender evidence videos.

RESULT · SET COUNT A: 1,000 sets (example CAPEX: $480 / set; example O&M saving: $20 / set-year)

Baseline HPS	Tariff	Annual kWh Saved	Annual Energy Saving	Annual O&M Saving	Total Annual Benefit	Payback
Baseline HPS 250W
250W	Low 0.10 / kWh	903,375 kWh / yr	$90,338 / yr	$20,000 / yr	$110,338 / yr	4.35 yrs
250W	Mid 0.20 / kWh	903,375 kWh / yr	$180,675 / yr	$20,000 / yr	$200,675 / yr	2.39 yrs
250W	High 0.30 / kWh	903,375 kWh / yr	$271,013 / yr	$20,000 / yr	$291,013 / yr	1.65 yrs
Baseline HPS 400W (typical highway/tunnel corridors)
400W	Low 0.10 / kWh	1,445,400 kWh / yr	$144,540 / yr	$20,000 / yr	$164,540 / yr	2.92 yrs
400W	Mid 0.20 / kWh	1,445,400 kWh / yr	$289,080 / yr	$20,000 / yr	$309,080 / yr	1.55 yrs
400W	High 0.30 / kWh	1,445,400 kWh / yr	$433,620 / yr	$20,000 / yr	$453,620 / yr	1.06 yrs

RESULT · SET COUNT B: 10,000 sets (example CAPEX: $420 / set; example O&M saving: $18 / set-year)

Baseline HPS	Tariff	Annual kWh Saved	Annual Energy Saving	Annual O&M Saving	Total Annual Benefit	Payback
Baseline HPS 250W
250W	Low 0.10 / kWh	9,033,750 kWh / yr	$903,375 / yr	$180,000 / yr	$1,083,375 / yr	3.88 yrs
250W	Mid 0.20 / kWh	9,033,750 kWh / yr	$1,806,750 / yr	$180,000 / yr	$1,986,750 / yr	2.11 yrs
250W	High 0.30 / kWh	9,033,750 kWh / yr	$2,710,125 / yr	$180,000 / yr	$2,890,125 / yr	1.45 yrs
Baseline HPS 400W
400W	Low 0.10 / kWh	14,454,000 kWh / yr	$1,445,400 / yr	$180,000 / yr	$1,625,400 / yr	2.58 yrs
400W	Mid 0.20 / kWh	14,454,000 kWh / yr	$2,890,800 / yr	$180,000 / yr	$3,070,800 / yr	1.37 yrs
400W	High 0.30 / kWh	14,454,000 kWh / yr	$4,336,200 / yr	$180,000 / yr	$4,516,200 / yr	0.93 yrs

Need the committee proof pack?

Open the Download Center to download demo videos + tender-safe evidence, then share it with your committee.

Open Download Center

ZONE 2C · HPS vs SMART LED

Why “220 lm/W + Smart Dimming + Governance” Can Deliver Up to 90% Energy Reduction vs HPS

What creates the 90% delta

Policy-driven dimming: schedules, road-class profiles, event modes.
Sensor networking: triggers reduce unnecessary full-bright hours.
Adaptive CCT safety mode: visibility and glare governance reduces over-lighting “to feel safe”.
Lamp-level enforcement: per-lamp execution eliminates cabinet-only compromise.

For tender defense: committee-ready demo and evidence videos are available via Download Center.

Procurement reality

Replacing lamps without governance often fails to sustain savings over years.
STSYSTEMPLC keeps savings stable by combining execution + operating discipline + evidence outputs.
The platform enables smart-city services on the always-on lighting grid.

ZONE 3 · O&M AUTONOMY

Fault Monitoring · Proactive Maintenance · Offline Continuity — STSYSTEMPLC

O&M workflow ROI

Map-based visibility for lamp/cabinet status, alarms, and work orders — accurate dispatch.
Cabinet intelligence: outages, leakages, door events, anomalies — reduced patrol and faster closure.
Evidence logs ready for audit, training, and tender documentation.

Audit-ready: if the committee requires proof (logs, demos, references), use Download Center.

Offline autonomy = public safety continuity

When internet disconnects, CH-800 continues stable operation using stored schedules and profiles.
Astronomical calendar logic supports long-run autonomy without external intervention.
Continuity is treated as a safety requirement under STSYSTEMPLC governance.

ZONE 4 · DASHBOARD / MAP / REPORTS

Command Canvas: City Map · Policies · Reports · Evidence-Ready KPIs (STSYSTEMPLC)

The STSYSTEMPLC command canvas is designed to prove outcomes: visibility, governed policy execution, and evidence-based reporting for energy, safety, and O&M ROI.

Committee shortcut: downloadable demo videos and evidence materials are centralized in the Download Center.

ZONE 5 · INTEGRATION & VALUE-ADDED

Carrier Layer for Smart City Services — Seamless Third-Party Integration (STSYSTEMPLC)

Integration proof: if your tender requires integration readiness evidence, use Download Center for committee-ready supporting materials.

ZONE 6 · INDUSTRIAL / MILITARY BUILD

Top-Tier Industrial Materials & Reliability Discipline — Long-Run Field Operation (STSYSTEMPLC)

Long-run infrastructure rule: hardware must survive; operations must be governed; evidence must be auditable.

ZONE 7 · EVIDENCE VAULT

Curated Evidence 01–10 (Two-Column, Readable) — STSYSTEMPLC

Evidence navigation: use the Download Center to download demo videos and tender-safe evidence packages for committee review.

EVIDENCE 01

6000K ~ 2700K Adaptive CCT (Safety Mode)

What it proves: governed safety lighting under storm / snow / fog — visibility + contrast + glare comfort.

EVIDENCE 02

93km Highway + Tunnel Groups — Hybrid PLC + LoRa + Sensor Networking

What it proves: harsh topology + feeder complexity can be governed stably (not demo-only).

EVIDENCE 03

Smart Street Lights Enhance a Smarter City

Summary: safer lighting + lower energy + livable city space — from basic remote switching to lamp-level management.

EVIDENCE 04

Command Center / Dashboard Thinking

What it proves: citywide dashboard control + evidence reporting for tender committees.

EVIDENCE 05

CH-800 / Cabinet Platform — Segment Control Cabinet

What it proves: cabinet intelligence is the operational nerve center (events + stability + offline autonomy).

EVIDENCE 06

Lamp-Level Control (SLC810/SLC910)

What it proves: per-lamp enforcement + telemetry + dimming + sensor linkage.

EVIDENCE 07

Sensor Networking & Adaptive Lighting

What it proves: right light at the right place — automation reduces waste and improves comfort & safety.

EVIDENCE 08

Multi-Communication Channels (PLC + LoRa)

What it proves: stable command in real feeders (transformer barriers + complexity).

EVIDENCE 09

Smart City Integration

What it proves: lighting grid becomes a city carrier layer for traffic, security, environment, EV, and emergency response.

EVIDENCE 10

Deployment Gallery (Aligned Grid)

What it proves: real deployment snapshots — tunnel groups, corridors, field proof.

Download demo + tender evidence now

Use the Download Center to quickly collect videos/PDFs and share them with your committee.

Open Download Center

FINAL · DECISION LOCK (TENDER-SAFE, COMMITTEE-SAFE)

Smart City Lighting Is a 20-Year Commitment — Choose a Global-Grade Supplier, Not a Vendor

Decision Reality (Infrastructure, Not Marketing)

Urban lighting is not a “buy once and forget” product. It becomes a city-wide operating layer with governance rules, evidence outputs, and long-run maintenance behavior. If the platform is wrong, the city pays the cost every night for years.

If governance is weak: savings claims become non-auditable; disputes become political; budgets become exposed.
If networking is unstable: safety modes fail during harsh weather; faults become invisible; citizens complain; O&M becomes chaos.
If supplier capability is shallow: integration collapses, evidence cannot be produced, and “upgrade” becomes re-build.
If you choose a vendor (not a center): you purchase devices, but you do not obtain a controlled operating discipline.

Tender-safe statement: this is a risk-control checklist, not a marketing promise.

PROCUREMENT SIGN-OFF CLAUSE (COMMITTEE-GRADE)

Committee Sign-Off Requirements (Minimum)

I confirm this project requires:
(1) auditable kWh reports and ROI assumptions, (2) governed dimming & safety-lighting modes, (3) stable hybrid networking (PLC + LoRa) for complex feeders, (4) offline continuity capability, and (5) integration readiness for future smart-city services.

If any supplier cannot provide controlled evidence, stable operation logic, and long-run governance discipline, that supplier is not eligible for a 20-year city infrastructure role.

Audit Evidence Safety Governance No Rebuild Risk

DECISION TRAP (PROCUREMENT PITFALLS) — “LOOKS CHEAPER” BUT BECOMES UNBUDGETABLE

Decision Trap — Procurement Pitfalls

Trap 1: ROI Without Evidence

If a supplier cannot provide assumption sheets, kWh reports, and traceable policy logs, the ROI is not auditable. Finance committees cannot defend it in future reviews.

Trap 2: Single-Channel Networking

Complex feeders, transformer barriers, and topology drift break “paper architectures.” Without hybrid PLC + LoRa resilience, stability collapses when conditions turn harsh.

Trap 3: “Upgrade” That Is Actually Rebuild

Closed systems and weak integration turn every future expansion (sensors, EV, traffic, CCTV) into a new project. The city pays again for controllers, gateways, software, and commissioning.

NON-COMPLIANCE COST (IRREVERSIBLE) — IF YOU CHOOSE THE WRONG SUPPLIER

Non-Compliance Cost (Irreversible)

1) Multi-Year OPEX Leakage (Every Night)

Without governed dimming profiles + verified kWh reports, savings become “belief-based.” The result is continuous OPEX leakage that no one can prove or stop.

2) Safety Exposure in Extreme Weather

If safety modes and networking stability fail during storm/fog/snow, the city inherits visibility risk, citizen complaints, and governance accountability.

3) Rebuild Cost Disguised as “Upgrade”

A weak platform cannot evolve. Integration and evidence gaps turn into rework: new controllers, new gateways, new software, and repeated commissioning.

4) Evidence / Audit Failure (Budget & Tender Risk)

If the supplier cannot deliver assumption sheets, traceable policy logs, and audit-ready reports, project justification becomes fragile under review and future tender cycles.

SUPPLIER ELIGIBILITY GATE (MINIMUM REQUIREMENTS)

Supplier Eligibility Gate — Minimum Requirements

Evidence Gate: kWh reports + ROI assumption sheet + traceable policy logs (auditable).
Continuity Gate: offline autonomy (CH-800 continuity anchor) and stable operations during network outages.
Networking Gate: hybrid PLC + LoRa architecture that survives complex feeders and transformer barriers.
Safety Gate: governed safety-lighting modes (CCT 2700K↔6000K strategies) for storm/fog/snow use-cases.
Integration Gate: open integration strategy for future smart city services (assets/sensors/traffic/EV, etc.).

Decision-Lock Conclusion (Committee-Safe): A smart city must select the best global supplier for its lighting operating layer. Cutting corners here does not “save money”; it turns into multi-year OPEX leakage, safety exposure, audit failure, and rework cost.

Century Huge Cases are Weapons to Win your Local Tenders!

These are not marketing assets. They are committee-ready proof materials designed to defend ROI, stability, and safety governance under scrutiny.

Committee Action (Before the Vote)