Jolywood products

High Transmittance ; The transmittance of the transparent area ≥ 90%. PID Free ; Encapsulated with either EVA or POE. Light-weight ; Module weight can be reduced by 30%, consequently, shipping installation cost can be reduced also. Higher Reliability ; Successfully passed strict test:500 KWH/m² UV test , DH 2000h and so on. Respiratory ; Timely release acetic acid released from encapsulating materials, effectively reduce acetic acid proportion inside modules. Compatibility ; Same as white backsheet applied conventional PV modules manufacturing process, no need to modify the production equipments. High Power Generation ; 0.8% more power generation than double glass modules.

Membrance-adhesive integrated structure(FFC//PET//FFC) with double-side fluorine coated. Applying plasma chemical modification and fluoro-Silanition surface grafting techniques. White backsheet with high reflectivity. Black backsheet with high heat dissipation. Made-to-order backsheet with width up to 1300mm.

Double-side fluorocarbon structure(PVDF//PET//FFC) with the integration of PVDF and FFC(Jolywood). Applying plasma chemical modification and fluoro-Silanition surface grafting techniques. The thickness of FFC fluorocarbon inner coating is more than 10μm, excellent UV resistance and non yellowing. KFB-30 (plus) Partial discharge voltage of the backsheet is higher than 1500V. Made-to-order backsheet with width up to 1300mm.

Double-side fluorocarbon structure(PVF//PET//FFC) with the integration of Tedlar(DuPont) and FFC(Jolywood). Applying plasma chemical modification and fluoro-Silanition surface grafting techniques. The thickness of FFC fluorocarbon inner coating is more than 10μm, excellent UV resistance and non yellowing. TFB-30 (plus) Partial discharge voltage of the backsheet is higher than 1500V. Made-to-order backsheet with width up to 1300mm.

Bifacial modules combine leading NTOPCon technology, 11BB and half-cell. The Jolywood N-type Bifacial Half-cell Module can reach power output up to 575W. N-type material has zero LID/LeTID risk, and make modules to be higher reliable, higher bifacility, higher efficiency, lower temperature coefficient and longer lifetime.

Bifacial modules combine leading NTOPCon technology, 11BB and half-cell. The Jolywood N-type Bifacial Half-cell Module can reach power output up to 430W. N-type material has zero LID/LeTID risk, and make modules to be higher reliable, higher bifacility, higher efficiency, lower temperature coefficient and longer lifetime.

Without glass front cover, and with special made frame, the flexible module can realize weight reduction up to 70% for same size module. It realizes the possibility of building PV on roofs with low load force and special shape. The flexible module is bendable, without microcrack, easy to deliver and install; it saves installation cost significantly.

Without glass front cover, and with special made frame, the flexible module can realize weight reduction up to 70% for same size module. It realizes the possibility of building PV on roofs with low load force and special shape. The flexible module is bendable, without microcrack, easy to deliver and install; it saves installation cost significantly.

High conversion efficiency with high reliability. No light-induced degradation. Uniform cell performance with stable process control. Both sides can generate electricity. Low mismatch of cell performance during encapsulation. Excellent power generation performance under low irradiation. Low hot spot effect. Proper inspection through incoming production, outgoing and packaging. Efficiency tested within ± 0.1% accuracy. 100% checked for reverse current and visual appearance.

High conversion efficiency with high reliability. No light-induced degradation. Uniform cell performance with stable process control. Both sides can generate electricity. Low mismatch of cell performance during encapsulation. Excellent power generation performance under low irradiation. Low hot spot effect. Proper inspection through incoming production, outgoing and packaging. Efficiency tested within ± 0.1% accuracy. 100% checked for reverse current and visual appearance. Reference cell calibrated from Fraunhofer.