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Various schemes for DIY and low cost or some new commercial panels use
interesting sealing systems.
This 2005 NREL paper investigates water intrusion through nominally
waterproof sealants and membranes with some interesting and largely
discouraging results.

            http://www.nrel.gov/docs/fy05osti/37390.pdf

The results suggested by this report are bad enough as to be suspect,
given current practice. However, the work looks well enough done, and
NREL are usually competent.
The similar water barrier performance of PET and industry standard
Tedlar backsheet is notable.

______________

Do you know why you think your current photo voltaic panels will be
"waterproof long term".
Despite its reasonably technical approach this short paper provides
some extremely practical and possibly disturbing information.

The industry PV panel backsheet material of choice for many years has
been Tedlar.
The standard panel sealant and bonding agent is EVA.
As a std Si panel is a glass/EVA/Si/EVA/Tedlar sandwich, the EVA
provides an effective edge seal around the periphery of the panel
(ASCII diagram at end) - the water sealing is only as good as the
ability of the EVA to resist lateral "edge-in" water intrusion, no
matter how impervious the glass and Tedlar may be (or not).

Some recent low cost sealing systems use silicone sealants such as Dow
Corning's functionally superb and widely acclaimed Sylgard 184.

Acclaim and functionality notwithstanding, 184 is about 10 x more
water permeable at a given temperature than EVA.
EVA is 10 to 100 x more permeable than Tedlar.
"Softdrink bottle" PET plastic is comparable with Tedlar.

So, use of EVA as the effective edge seal of a panel sandwich can
dominate water penetration via the Tedlar backsheet, and use of
Sylgard 184 seems highly suspect, the large number  of reported
success stories notwithstanding.

Specialist films such as LCP and Aclar (polychlorotrifluorethylene)
may be 10 x better again but are usually both impractical and too
costly for field use.
LCP is potentially capable of use as an edge seal, but still provides
only a few years of sealing against significant water vapour ingress
if eg a 25mm / 1inch seal width is used.

Note that EVA film in attached jpg starts out as semi translucent but
after heat & pressure lamination is extremely transparent.

The black edge material in the jpg may be a silicone rubber sealant -
this usually has minimal effect on absolute sealing if this report is
to be believed.

Dupont has other ideas

          http://www2.dupont.com/Plastics/en_US/Knowledge_Center/engg_desig=
n_mag/ed082/ed08204.html


            Russell McMahon

__________________________

Si PV sandwich.
EVA melts and acts as bonding agent and edge seal to Si.
Rear water path is Tedlar - EVA - Si
But side intrusion path is EVA - Si

GGGGGGGGGGGGGGG    Glass
EEEEEEEEEEEEEEEEEEEE    EVA
ee  ssssssssssssss  ee         Si        <- E melts into envelope
outside Si area.
EEEEEEEEEEEEEEEEEEEE     EVA
TTTTTTTTTTTTTTTTTTTT      Tedlar




,

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