What to Include in a Smart Lighting RFP for Public Works Projects
Published by Apollo Metro | Updated June 2026 | 9 min read
For public works directors, city managers, and procurement officers: a comprehensive RFP framework for procuring smart LED lighting and integrated security infrastructure — including what most RFPs miss, what vendors can’t answer if they’re not qualified, and how to structure evaluation criteria to get the best outcome.
A poorly written lighting RFP produces poor results. It invites bids from hardware-only vendors who can’t deliver the operational outcomes your city needs, drives procurement decisions based on the lowest upfront cost rather than total value, and leaves significant energy savings and insurance reduction benefits on the table.
A well-written smart lighting RFP does the opposite. It narrows the field to vendors with integrated hardware, software, and funding capability. It forces proposals to be evaluated on 24-month financial outcomes rather than fixture prices. And it gives your city council or board a defensible, outcome-oriented procurement framework.
This guide gives you both—a framework for writing the RFP and the questions that separate qualified vendors from hardware resellers.
Why Most Lighting RFPs Produce Suboptimal Results
The most common RFP failures in municipal lighting procurement follow a pattern: they specify hardware rather than outcomes.
A typical legacy lighting RFP asks vendors to bid on specific fixture wattages, color temperatures, and mounting configurations. It evaluates proposals primarily on a per-fixture basis. It treats lighting as a commodity purchase — like buying office supplies — rather than as infrastructure modernization with measurable financial returns.
The result is predictable: the lowest-cost hardware vendor wins; the city gets fixtures that modestly reduce energy consumption; and the maintenance cost reduction, smart controls savings, and insurance premium reduction benefits never materialize because they were never specified.
The three gaps most RFPs leave open
- No software or management platform requirement — vendors can bid fixtures only, with no centralized monitoring or adaptive controls capability, leaving 15–30% of energy savings unrealized
- No integrated security requirement — by treating lighting and security as separate procurements, cities pay for duplicate infrastructure (separate camera poles) and get fragmented management
- No total cost of ownership analysis — fixture price dominates the evaluation rather than 24-month energy, maintenance, and insurance financial outcomes
The 10-section framework below addresses all three gaps. Use it as a starting point and adapt it to your municipality’s specific needs and procurement rules.
The Questions That Separate Qualified Vendors from Hardware Resellers
Once you’ve issued the RFP using the framework above, the proposal evaluation phase is where most procurement teams lose value. Here are the questions to ask in vendor presentations and proposal reviews that will immediately reveal whether you’re talking to a full-capability vendor or a hardware reseller.
On hardware and certification
- Are your fixtures DLC Premium certified? (Not just DLC — Premium is required for maximum utility rebates)
- What is the L-rating and rated hours for your luminaire? (Look for L90 at 100,000 hours minimum)
- Are fixtures ETL or UL listed? (Required for most utility rebate programs and municipal code compliance)
- Do your fixtures meet IDA DarkSky requirements? (Required in many jurisdictions and for some grant programs)
On software and management
- Do you manufacture and own the management platform, or is it a third-party system? (Third-party platforms create dependency and support gaps)
- Can the system generate real-time fault alerts for individual fixtures? (Essential for proactive maintenance)
- What does the dashboard look like? Can you show us a live demo? (Vendors without real software will not want to demo it)
- What is the API capability for integration with existing city systems?
On integrated security
- Is the camera embedded within the luminaire or attached externally? (External attachments require separate mounting and create failure points)
- What AI analytics capability does the camera system include? (Object detection, incident flagging, alert generation)
- Who owns the footage data, and what are the access controls?
On funding and financial outcomes
- Do you help identify and apply for federal grants and utility rebates, or do you only provide hardware quotes?
- Can you provide a total cost of ownership model showing 24-month financial outcomes for our specific project?
- Have you structured insurance-aligned financing arrangements for other municipal clients?
Red flag: Any vendor who can’t answer questions in detail about software, integrated security, and funding is a hardware vendor — not a smart lighting partner. The energy savings from basic LED conversion are real, but the full ROI of smart street lighting requires all three capabilities.
Evaluation Scoring Framework
| Evaluation Category | Suggested Weight | What to Look For |
| Energy & Operational Savings (24-month) | 25% | Energy savings model, smart controls capability, DLC Premium certification, utility rebate eligibility |
| Safety, Security & Risk Reduction | 20% | Integrated camera capability, AI analytics, incident documentation, insurance reduction evidence |
| Software Platform & Manageability | 20% | Real-time monitoring, fault alerts, remote control, API integration, live demo performance |
| Total Cost of Ownership & Funding | 20% | 24-month TCO model, grant/rebate identification, financing options, net project cost after incentives |
| Vendor Qualifications & Support | 15% | Comparable municipal deployments, U.S.-based support, references, single-vendor accountability |
Common RFP Specification Mistakes — and How to Avoid Them
| ✗ | Specifying wattage without requiring DLC Premium certification allows lower-quality fixtures that don’t qualify for maximum utility rebates |
| ✗ | Requiring lighting and security as separate line items — incentivizes vendors to bid one without the other, increasing infrastructure costs |
| ✗ | Evaluating on ‘lowest responsible bid’ without defining what ‘responsible’ means for smart lighting outcomes |
| ✗ | No requirement for a management platform — allows hardware-only vendors to win bids that will never deliver smart controls savings |
| ✗ | No 24-month TCO requirement — allows proposals to compete on fixture price alone, obscuring true project economics |
| ✗ | Not requiring proof of grant/rebate experience — leaves federal and utility funding on the table |
| ✓ | Require DLC Premium certification explicitly — narrows field to high-efficiency fixtures that qualify for maximum rebates |
| ✓ | Specify integrated lighting and security architecture — eliminates hardware-only vendors and reduces infrastructure cost |
| ✓ | Require a live software demo — immediately reveals vendors without real management platforms |
| ✓ | Require 24-month TCO model in all proposals — allows apples-to-apples comparison on financial outcomes |
| ✓ | Require grant and rebate identification as part of the proposal — makes funding capability a selection criterion |
Required Certifications: What to Specify and Why
Including certification requirements in your RFP protects the municipality from non-compliant fixtures and ensures eligibility for the funding programs that offset project costs. Here are the certifications to specify:
- DLC Premium. DLC Premium listing — required for maximum utility rebate tiers at most U.S. utilities. Standard DLC qualification is a lower threshold; always specify Premium
- ETL / UL listing. ETL or UL listing — required for most municipal electrical codes and utility rebate program compliance. Confirms the fixture has been independently tested and certified
- IP65/IP66. IP65 or IP66 ingress protection — ensures fixtures are fully dust-tight and protected against water jets. Required for outdoor municipal installations in most climates
- IDA DarkSky. IDA DarkSky compliance — required in many jurisdictions and for some federal grant programs. Confirms fixtures meet light pollution standards
- FCC Part 15. FCC Part 15 compliance — required for any networked or wirelessly controlled luminaire system
Apollo Metro SmartLights carry ETL listing and DLC Premium certification, meeting all five requirements above. Apollo fixtures are also IP66-rated for coastal and high-wind environments.
Next Steps: From RFP Framework to Published Procurement
Once you’ve adapted this framework to your municipality’s procurement rules and project scope, here are the recommended next steps:
- Conduct a fixture inventory — document your current lighting assets before issuing the RFP. Fixture count, wattage, type, age, and condition are required for grant applications and TCO modeling.
- Identify applicable funding programs — use the DSIRE database for utility rebates and contact your regional DOE office for EECBG eligibility before setting your RFP budget. Available funding directly affects the project scope you can pursue.
- Request pre-RFP consultations — many qualified vendors, including Apollo Metro, will conduct a free pre-RFP assessment to model project economics and identify funding sources. This information strengthens your RFP and ensures your budget parameters are realistic.
- Issue the RFP with a 30–45 day response window — smart lighting proposals require vendors to model energy savings, prepare TCO analyses, and coordinate with their financing partners. A window shorter than 30 days will reduce response quality.
- Require live demonstrations — software platform demos should be part of the evaluation process, not optional. A vendor without a real platform will not be able to demo it.
Ready to Structure Your Smart Lighting Procurement?
Apollo Metro works with municipalities, public works departments, and facilities managers at every stage of the procurement process — from pre-RFP assessment to project funding to installation. Schedule a free consultation to get started.
Schedule a Free Pre-RFP Consultation
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