Industrial Indoor & Outdoor Lighting
SP04 G3.0 · LED SPORTS LIGHTING

Replace legacy HID.
Keep the pole system.

A direct, engineered path from Philips MVP507 HID to high-efficiency LED—with lower power, less wind load and dramatically longer service life.

THE LED REPLACEMENTAGC SP04 G3.0 600 watt LED sports light

SP04 G3.0

400 / 600 / 1200 / 1800 W

LEGACY HIDPhilips MVP507 HID sports floodlight

MVP507

600 / 1000 / 2000 W

38–45%lower connected load
€139–519annual saving per fixture*
7–17×longer light-source life
*Based on 3,000 operating hours/year and €0.19/kWh.
PRODUCT COMPARISON

More light from less power.

SP04 G3.0 delivers up to twice the system efficacy of the installed HID platform while improving ingress protection and reducing routine relamping.

SP04 G3.0 family in 400, 600 and 1200 watt configurations
Parameter SP04 G3.0 MVP507
Power range 400 / 600 / 1200 / 1800 W 600 / 1000 / 2000 W
Luminaire efficacy 146–152 lm/W 75–106 lm/W
Net weight 9.8 / 11.8 / 22.5 kg 17.2 kg
Wind area 0.08 m² 0.127 m²
Protection IP66 / IK08 IP65 / IK08
Light-source life 100,000 h L90B10 6,000–16,000 h
WHY LED REPLACES HID

A 22-year-old platform is ready for a smarter light source.

22+years of MVP507 installed-base history
01

Lower energy cost

146–152 lm/W system efficacy cuts connected load by 38–45% across the direct replacement range.

02

Longer service life

100,000 h L90B10 LED life replaces HID sources typically rated for 6,000–16,000 hours.

03

Less maintenance

Fewer relamping cycles reduce access work, planned shutdowns and disruption around the field.

04

Instant sports lighting

Instant restart, Ra70+ and 5700 K support modern sports use without HID warm-up time.

1:1 REPLACEMENT EVIDENCE

Lower wind load. Familiar mounting logic.

The SP04 range covers the legacy wattage classes with a smaller wind area, helping retrofit teams retain the existing pole strategy subject to project verification.

SP04 G3.0 LED replacement

SP04 G3.0 side and front dimension drawings

MVP507 Installed HID luminaire

MVP507 side and front dimension drawings
WATTAGE MAPPING
MVP507 600 WSP04 400 W38% lower
MVP507 1000 WSP04 600 W45% lower
MVP507 2000 WSP04 1200 W43% lower
WIND AREA AT 0°

MVP507 0.127 m²

SP04 G3.0 0.08 m²

37% reduction in wind area
FOOTBALL FIELD STUDIES

The savings scale with the competition level.

Three EN 12193 design targets compare the installed HID approach with SP04 LED using the same operating and electricity-cost assumptions.

01

Football Class III

75 lux

Annual energy saving€5,928
MVP507 · HID
MVP507 and OptiVision football Class III 75 lux lighting layout
SP04 G3.0 · LED
SP04 800 watt football Class III 75 lux lighting simulation and results
Replacement8 × 2100 W HID → 8 × 800 W SP04 LED
System power16.8 kW6.4 kW
Load saved10.4 kW
Annual saving€5,928
02

Football Class II

200 lux

Annual energy saving€10,830
MVP507 · HID
MVP507 football Class II 200 lux lighting layout and calculations
SP04 G3.0 · LED
SP04 football Class II 200 lux lighting layout and calculations
ReplacementMVP507 HID system → SP04 G3.0 LED system
System power38.2 kW19.2 kW
Load saved19 kW
Annual saving€10,830
03

Football Class I

500 lux

Annual energy saving€26,220
MVP507 · HID
MVP507 football Class I 500 lux lighting layout and calculations
SP04 G3.0 · LED
SP04 football Class I 500 lux lighting layout and calculations
ReplacementMVP507 HID system → SP04 G3.0 LED system
System power89.2 kW43.2 kW
Load saved46 kW
Annual saving€26,220
CALCULATION BASISPower difference × 3,000 h/year × €0.19/kWh

Electricity-cost assumption: EU non-household average, Eurostat 2025.

YOUR FIELD. YOUR POLES. A VERIFIED REPLACEMENT PLAN.

See what SP04 G3.0 can save on your next retrofit.

Send the pole layout, target illuminance and existing luminaire schedule. AGC’s lighting team will evaluate the replacement and simulation path.

Sources & methodology

MVP507 Philips OptiVision specification (2011), Philips MVP507 official IES files, SP04 G3.0 AGC specification V1.1, AGC photometric tests, IES LM-63-2002 files and Eurostat 2025 non-household electricity-price assumption. Project results are simulations and must be verified against final site inputs.