Parameters and Specifications
VoltGlass® is designed to cover a wide range of applications – from standard interior heating to special exterior use.
Basic Specifications
| Parameter | Value |
|---|---|
| Supply voltage | 100–250 V AC, 50–60 Hz |
| Surface temperature (interior) | +25 to +50 °C |
| Surface temperature (exterior) | up to +80 °C |
| Power output (standard) | 25–90 W/m² |
| Power output (special applications) | up to 120 W/m² |
| Warm-up time to full power | max. 30 minutes |
| Technology lifespan | up to 25 years |
Power and Coverage
Standard Heating (25–90 W/m²)
Design depends on system function and building properties. Key factors:
- Building type (older building vs. passive house)
- Heat losses of the building
- Required function (primary/supplementary heat source)
- Glazing area in the room
High Power (up to 120 W/m²)
For special applications, power can be increased up to 120 W/m². This mode is intended for:
- Snow and ice melting – roof glazing, skylights, canopies
- Fog prevention – already at 25 W/m² (shop windows, display cases, glass facades)
- Extreme climate conditions – mountain areas, northern regions
Perceived Heat
Feel the heat within seconds. Full power in max. 30 minutes.
Power Supply and Compatibility
Power Supply
VoltGlass® is ready for standard electrical grids 50–60 Hz, without transformer:
- Compatibility – with various electrical grids
- Direct power – connection to existing grid
- Stable operation – even during voltage drops
Regulation
Thermostat regulation, like underfloor heating:
- Set temperature in room or on glass surface
- Manual or remote control (smart home)
- After reaching temperature, switches on only when it drops by 1–2 °C
Dimensions and Configuration
VoltGlass® is manufactured to order according to the specific project:
- Minimum size: 300 × 300 mm
- Maximum size: limited only by handling (typically up to 3 × 4 m)
- Thickness: double glazing from 17 mm, triple glazing from 24 mm; heating glass itself from 4 mm
- Shape: geometric shape according to client requirements
