Calculation example: Production hall at TRILUX in Arnsberg with approx. 2,000 m² with a previous inventory of 328 E-Line lights T8, 1 x 58W, VVG (21,648 W), which were replaced by E-Line Next Active lights, 6,000 lm, 39 W ( 12,792 W) were replaced. The new lighting system makes it possible, in the spirit of Human Centric Lighting (HCL), to adapt the color temperature to the course of the day of natural light (circadian course) and to set an increased lighting level if necessary.

The calculation shown here is based on 4,000 operating hours per year, with regulated operation of 500 lx. The maximum available illuminance of 880 lx can be accessed if required.

£ per kWh

Calculation example: Office with approx. 120 m2 with 18 T8 louvre lights, 4x18W, VVG (1,512 W) replaced by 18 Creavo M84 lights, 4,200 lm, 25 W (450W). 2,750 operating hours annually. Additional savings through daylight-dependent control: 55%.

£ per kWh

Calculation example: 120 continuous-row equipment racks, T8, 1 x 58W, VVG (7,920W,) replaced by 120 equipment racks 78IP50HE LDAN 40 (2,640 W), 216 spotlights HIT 35 W (9,288 W), replaced by 216 LED spotlights Canilo 3,000 lm (4,104W). 3,600 operating hours annually.

£ per kWh

Calculation example: Classroom with 10 T8 louvre lights, 1 x 58W, VVG (660 W), replaced by 8 OPENDOACT D2 lights, 4200 lm and 2 OPENDO D2 panel lights, 5900 lm (264 W + 70 W). 1,400 operating hours annually. Additional savings through presence detection and daylight-dependent control: 65%.Additional savings through presence detection and daylight-dependent control: 65%.

£ per kWh

Calculation example: Parking lot with 20 mast lights, HIT 150W (3,260 W) replaced by 20 JOVIE70 mast lights, 7,500 lm (1,340 W). 2,000 operating hours annually.

£ per kWh

Calculation example: Corridor areas of a nursing home with 130 3331W diffuser lights, 1 x T5 35W (5,070 W), each converted with an LEDKIT 3331 D3 (2,600 W). 8,760 operating hours annually. Additional savings through presence detection reduced night light: 40%.

£ per kWh