Best High Intensity Discharge Bulbs for Street Lighting (2026)

We evaluated bulbs by wattage range, lumen output, color temperature, base type (E26/ED17), user ratings, and price-per-unit/value for street-lighting applications

This roundup covers high-intensity discharge (HID) bulbs suited for street and outdoor area lighting, focusing on lumen output, color temperature, base compatibility, and long-term value. Picks were chosen by comparing wattages (50–150W), base types (E26/ED17), rated lumen output, color temperature, and verified user ratings to find options that fit common street-light fixtures and budgets

Top Picks

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    Bluex Bulbs 150W Metal Halide ED17 Bulb, medium base

    Bluex Bulbs 150W Metal Halide ED17 Bulb, medium base

    Bluex Bulbs • ★ 3.7/5 • Budget

    Metal halide bulb with medium base for outdoor and commercial interiors. Noted for high efficacy, long life, and good lumen maintenance; some users report variability in functionality and lifespan

    • protected pulse start design
    • 150W metal halide with clear enclosure
    • suitable for outdoor and commercial interiors
    Check current price on Amazon →
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Buying Guide

Match the socket and base

Confirm fixture compatibility with E26/ED17 or other medium-base types—several top-rated options use E26/ED17 to fit common street-light housings

Choose appropriate wattage and lumen output

Select wattage (50W, 70W, 100W, 150W) based on fixture height and desired coverage; higher wattage correlates with higher lumens for wider street illumination

Consider color temperature for visibility

Lower color temperatures (around 2100K) yield warmer light, while higher temps improve contrast and visibility—match to local lighting standards and safety needs

Factor rated life and reliability

Prioritize bulbs and brands with consistent user ratings and durable construction to reduce maintenance for municipal or commercial street installations

Assess value by pack size and use case

Multi-packs can lower per-unit cost for large deployments—balance upfront expense against expected runtime and replacement frequency