A PHOTOVOLTAIC CASE

ETUI PHOTOVOLTAIQUE

English Abstract

A photovoltaic case, figure 1, of eight photovoltaic cubes, figure 2, can
generate electricity with or
without sun light.
A photovoltaic cube, figure 2, has six bifacial cells and a crystal ball
inside to reflect light from a cube
lamp in the center of the photovoltaic case, figure 1.
With a rechargeable battery to light the cube lamp and a LED panel the
photovoltaic case , figure 1, is a
self sustainable power source.

Claims

Claim
The embodiments of the invention, in which an exclusive property or privilege
is claimed, are defined as
follows.
Claim 1:
A low square case, figure 1, which top is open and can be covered by a
protective glass pane or a LED
panel, contains eight photovoltaic cubes set in reflector bowls, figure 2, and
a cube lamp in the center.
1.1.
Whereof each photovoltaic cube, figure 2, has six bifacial cells and a crystal
ball inside.
1.2.
Whereof eight optical fiber lines direct light from eight corners of the cube
lamp to enter the eight
photovoltaic cubes, from corner to corner, figure 1.
3

Description

CA 02780259 2012-06-12
A Photovoltaic Case
Supporting Technologies
Bifacial cells and a cube lamp are essential parts of a photovoltaic case, but
not part of claim for this
invention.
Merit of the Invention
Sun light energy can be stored at battery to generate electricity, when sun
light is not available.
Bifacial cells can generate electricity inside and outside of a photovoltaic
cube simultaneously, when
both sun light and ultraviolet light from the cube lamp are available, or when
the cube lamp and a LED
panel over the case emit ultraviolet light.
Summary
A low square case, which top is open and can be covered by a protective glass
pane or a LED panel,
contains eight photovoltaic cubes and a cube lamp in the center. Light is
directed through optical fiber
from eight corners of the cube lamp to enter the eight photovoltaic cubes,
from corner to corner. The
photovoltaic cube is set in a reflector bowl.
The photovoltaic cube is made of six bifacial cells with a crystal ball
inside. The crystal ball reflects light
evenly inside the photovoltaic cube.
Outside light source may be sun light or lamp. The LED panel slides over to
cover the case and emit
ultraviolet light, when sun light is not available.
1

CA 02780259 2012-06-12
Description
A low square case, figure 1, which top is open and can be covered by a
protective glass pane or a LED
panel, contains eight photovoltaic cubes set in reflector bowls, figure 2, and
a cube lamp in the center.
Battery power is used to light ultraviolet light LED inside the cube lamp.
Ultraviolet light is directed
through optical fiber from eight corners of the cube lamp to enter the eight
photovoltaic cubes, from
corner to corner, figure 1.
The photovoltaic cube, figure 2, is made of six bifacial cells with a crystal
ball inside to reflect light evenly.
2

Representative Drawing