Saskatchewan Tenders #2026-01-VoC

Supply and Installation of Solar-Powered LED Park Lighting for J.B. Cadotte Campground

This opportunity invites qualified contractors to provide and install solar-powered LED park lighting at the J.B. Cadotte Campground in Codette, Saskatchewan. - Government Buyer: - Village of Codette, Saskatchewan - Products & Quantities: - Approximately four (4) complete solar-powered LED park lighting systems - Each system includes: pole (4–6 metres), concrete base, solar panel, lithium battery (minimum 5-day autonomy), controller, LED fixture (2,000–4,000 lumens, max 3000K color temperature), wiring, grounding, corrosion-resistant materials, CSA-approved components - Minimum 5-year warranty required - Services Requested: - Installation, commissioning, testing, and site restoration for all lighting systems - Proposals must include detailed product specifications, pricing, and warranty information - Unique/Notable Requirements: - Systems must operate dusk-to-dawn, minimize light trespass, and be suitable for Saskatchewan climate - Evaluation criteria include experience, product suitability, lighting performance, warranty, schedule, and value - No specific OEMs or brands are mandated; open to all qualified suppliers meeting technical requirements

Description

The Village of Codette is seeking proposals from qualified contractors for the supply, installation, and commissioning of solar-powered LED park lighting at the J.B. Cadotte Campground in Codette, Saskatchewan. The project aims to enhance safety, visibility, and usability within the campground using energy-efficient, self-contained solar lighting systems designed for Saskatchewan's climate. Approximately four lighting units are anticipated, including poles, foundations, solar panels, batteries, controllers, LED fixtures, commissioning, testing, and site restoration. Proposals must meet specific technical requirements such as 2,000–4,000 lumen LED output, 3000K maximum color temperature, full cut-off fixtures, dusk-to-dawn operation, CSA-approved components, corrosion-resistant materials, lithium batteries, and a minimum five-day autonomy without sunlight. The project completion target is August 31, 2026.

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