Philadelphia Solar PV Panels                                     

Photovoltaic solar panels offering the highest quality at exceptionally

competitive prices with industry leading efficiency levels.

 

215Wp Mono - 14.5% efficient

 

240Wp Mono - 14.6% efficient

 

250Wp Mono - 15.3% efficient

 

300Wp Mono - 15.4% efficient

 

 

 Philadelphia PV Panels Compared

INDUSTRY LEADERS IN VALUE FOR MONEY

The correct selection of solar panels  is fundamental to the successful long term return on investment for any project.

 

 

 

Solar Module Efficiency Comparison

(For comparable models from manufacturers’ data sheets)

 

No	Brand	Model	Description	Wp (STC)	CEC  Module  Efficiency
1	SunPower	SPR-230-WHT	mono	230	18.5%
2	Sanyo	HIT Power 215N	mono	215	17.1%
3	Philadelphia	M60  250	mono	250	15.3%
4	SunTech	STP185S-24/AD	mono	185	14.5%
5	Kyocera	KD210GH-2PU	poly-crystalline	210	14.4%
6	Mitsubishi	UD-190MF5	poly-crystalline	190	13.8%
7	Sharp	NT-175UC1	mono	175	13.5%
8	Solarworld	SW175	mono	175	13.4%
9	BPSolar	BP 4175i	mono	175	13.3%
10	Evergreen	ES-B195	poly-crystalline	195	13.0%
11	Schuco	S-310PM5	mono	310	11.5%

 

CONCLUSION - Philadelphia Solar PV modules are amongst the most efficient in the industry surpassed only by several manufacturers alternatives which command an extremely high price.

 

 

 

Solar Module energy and revenue yield Comparison

(For comparable models from manufacturers’ data sheets and specific yield values calculated using SMA sunny design modelling data for a system installed in Bordeaux, France. Revenue figures are in line with current legislation 25 year buyback contracts paying 0.58 Euros per kWh)

 

No	Brand	Model	Specific energy yield (kWh/kWc)		3 kW photovoltaic installation		100 kW photovoltaic installation
					Annual yield in kWh	Annual revenue €	Annual yield in kWh	Annual revenue €
1	Philadelphia	M60  250	1188		3564	2067.12 €	118,800	68,904.00 €
2	Sillia	SET 190	1153		3459	2006.22 €	115,300	66,874.00 €
3	SunTech	STP185S-24/AD	1146		3438	1994.04 €	114,600	66,468.00 €
4	Sanyo	HIT Power 215N	1126		3378	1959.24 €	112,600	65,308.00 €
5	Shuco	S310 PM5	1120		3360	1948.80 €	112,000	64,960.00 €
6	Schott	POLY 230	1118		3354	1945.32 €	111,800	64,844.00 €
7	Mitsubishi	AD-185MF5	1118		3354	1945.32 €	111,800	64,844.00 €
8	Kyocera	KD210GH-2PU	1111		3333	1933.14 €	111,100	64,438.00 €
9	Yingli solar	YL-230	1102		3306	1917.48 €	110,200	63,916.00 €
10	Sharp	NU- 180E1	1099		3297	1912.26 €	109,900	63,742.00 €

 

CONCLUSION - Philadelphia Solar PV modules offer one of the highest energy yields and by default the highest income potential in the industry.

 

 

 

 

Solar Module Surface area Production Comparison

(For comparable models from manufacturers’ data sheets)

 

No	Brand	Model	Dimensions	Wp (STC)	Surface area M2	Wp per M2
1	Sanyo	HIT Power 215N	1580x798 mm  Mono/Amorph	215	1.26	170.63
2	Philadelphia	M60  250	1655x990 mm  Mono	250	1.63	153.37
3	SunTech	STP185S-24/AD	1580x808 mm  Mono	185	1.27	145.66
4	Sillia	SET 190	1337x1001 mm Mono	190	1.33	142.85
5	Kyocera	KD210GH-2PU	1500x990 mm  Poly	210	1.48	141.89
6	Yingli solar	YL-230	1650x990 mm  Poly	230	1.63	141.10
7	Schott	POLY 230	1685x993 mm  Poly	230	1.67	137.72
8	Sharp	NU-180E1	1318x994 mm  Mono	180	1.31	137.40
9	Mitsubishi	UD-185MF5	1658x834 mm  Poly	185	1.38	134.05
10	Schuco	S310 PM5	2152x1252 mm  Mono	310	2.69	115.24

 

CONCLUSION - Philadelphia Solar PV modules offer one of the highest power returns per square meter in the industry which means that for an equal power output a PV array built with Philadelphia panels will occupy less area and require fewer panels providing high savings on installation costs.

 

ADVANCED FRAME COATING

Philadelphia Solar PV panel frames are treated with the very latest PVDF coating. Far more advanced than classic anodized coating this technique offers more than double the performance of anodized coatings in gloss protection, colour retention, chemical resistance, salt spay and humid conditions, and cleanability.

 

OUTSTANDING LOAD CAPABILITY

The mechanical load capacity of solar panels becomes particularly important in locations where snow or ice may build up on the surface of the panel. Our solar panels are tested to a pressure of 5400Pa with no interruption of the circuit flow.

 

THREE BYPASS DIODES

Bypass diodes are connected across one or more solar cell – if a cell becomes shaded the bypass cuts in to prevent individual cells from overheating (hot spots). It is too expensive to have one diode per cell so a diode usually protects a group of cells. Three bypass diodes provide exceptional protection.