Stability through inertia
Glass holds its physical properties as conditions change. Enclosed within it, the cells live in a stable environment.
Technology
The
System
Cells · Glass · Structure · As one
Glass–glassConstruction
30 mmFrame
30 yearsWarranty
A true standard exists where outcomes cannot be left to interpretation. Every PhaseLux component is engineered in direct relation to the next, so the system behaves the same in year thirty-five as on day one.
Composition
Seven layers.
Seven layers.
Nothing plastic.
- 01Anti-reflective coatingOuter
- 02Solar glass1.6–2.0 mm
- 03EncapsulantFront
- 04Solar cellHJT · TOPCon · BC
- 05EncapsulantRear
- 06Solar glass1.6–2.0 mm
- 07Anodised frame30 mm
Clarity of structure
Complexity introduces vulnerability. Every component serves one defined purpose within the whole.
Reliability as a constant
Uniform behaviour across circumstances, preserving the same character over decades of operation.
Heterojunction
Light from
Light from
both faces
Crystalline and amorphous silicon combined in one bifacial cell. It starts converting early in the diffuse light of dawn, dusk and northern cloud and holds its output in the heat, while the rear face gathers what the surface reflects.
−0.24%/°C on Concerto
90%Bifaciality on Concerto
3×Bypass diodes
Power in a
residential format
A thin oxide layer passivates the contacts of an n-type cell, so less of the current it generates is lost. The result is high output from a residential format, with fine silver lines across a dark surface.
23.3%Module efficiency
26%Maximum cell efficiency
−0.29%/°C temperature coefficient
Nothing
on the front
Every electrical contact moves to the rear of the cell. With no lines to shade the front, the whole surface gathers light and reads as one black plane.
23.1%Module efficiency
−0.26%/°C temperature coefficient
3×Bypass diodes