bladerunnerpv
Well-known member
Hi folks
I saw a datasheet for bifacial panels recently
https://eurener.com/wp-content/uploads/2024/05/Eurener-MEPV_Nexa-DG-Bif_480-500W_enafce.pdf
Not seen anything on the forum about bifacial panels, so just wondering, for domestic use on a concrete tile roof or mounted on a brick wall, is there any real point in having bifacial panels? Presumably they capture light reflected from the roof, so a commercial warehouse with a corrugated style metal roof could benefit, but a house less so?
Also the spec sheet has an additional section of Voc, Isc e.t.c. applicable for 'bifacial gain',
So at STC the usual Voc is 43.25V and Isc 14.52A for a 500W panel
but with 'bifacial gain' it's Voc 43.31V and Isc 16.02A, so quite a lot more current.
Presumably for checking string voltages and inverter current limits the higher values should be applied?
thanks for taking a look
I saw a datasheet for bifacial panels recently
https://eurener.com/wp-content/uploads/2024/05/Eurener-MEPV_Nexa-DG-Bif_480-500W_enafce.pdf
Not seen anything on the forum about bifacial panels, so just wondering, for domestic use on a concrete tile roof or mounted on a brick wall, is there any real point in having bifacial panels? Presumably they capture light reflected from the roof, so a commercial warehouse with a corrugated style metal roof could benefit, but a house less so?
Also the spec sheet has an additional section of Voc, Isc e.t.c. applicable for 'bifacial gain',
So at STC the usual Voc is 43.25V and Isc 14.52A for a 500W panel
but with 'bifacial gain' it's Voc 43.31V and Isc 16.02A, so quite a lot more current.
Presumably for checking string voltages and inverter current limits the higher values should be applied?
thanks for taking a look