Jolywood Launches Groundbreaking High Efficiency PV Modules to Drive Distributed Power Generation

TAIZHOU,China,Jan. 8,2019 -- Jolywood (Suzhou) Sunwatt Co. Ltd. (Jolywood),the world's leading supplier of N-type high efficiency bifacial solar cells and modules,unveiled two groundbreaking PV modules on Dec 14th.The new products,the JW-HT&HD Series Ultra High Efficiency Paving Module and JW-HF Series Ultra Light Flexible High Efficiency Module,shine on the industry with several highlights. The high efficiency bifacial paving module boasts a front power of 430W,efficiency of 20.5%,integrated power of 530W with efficiency of 25.4%,as well as a rear power gain of 30%. The flexible high efficiency module weighs a mere 3.75kg per sqm.

N-type Monocrystalline High Efficiency Bifacial Paving Module can increase the power by 15-20w

The two high efficiency modules are designed for distributed PV power generation systems. Supported by innovation,the two new additions will drive the development of the distributed power generation,said President of Jolywood Lin Jianwei at the product launching ceremony. Zhou Yuan,secretary-general of China Business Alliance,together with the management team of Jolywood attended the ceremony.

The N-type monocrystalline high efficiency bifacial paving module developed by Jolywood uses flat ribbons to link up each cell,which is an innovative solution to avoid cells being covered by ribbons and narrows the distance between cells. The result,according to Dr.Liu Zhifeng,co-COO of Jolywood (Taizhou) Solar Technology Co. Ltd,isan increasein conversion efficiency and a reduction inthe levelized cost of energy (LCOE).

"Compared to modules with the same cells,the N-type monocrystalline high efficiency bifacial paving module enjoys a power gain of 15W to 20W,increasing the conversion efficiency by 1.5%. In addition,the combination of the paving technology and the N-type TOPcon technology leads to a range of advantagesfor bifacial modules. Compared to monofacial modules,bifacial modules can generate an additional10% to 30%. There is no potential induced degradation (PID) and zero light induced degradation (LID); the weak light response is better," said Liu.

The N-type Monocrystalline High Efficiency Bifacial Paving Module

Due to the advanced composite encapsulation materials,as well as cutting-edge technologies,the JW-HF Series Ultra Light Flexible High Efficiency Modulehas flexibility that is a perfect match for curved modules. It also weighs 70% less than products of its kind. Light and flexible,it can be used in a variety of situations,such as a rooftop with low load-bearing capacityor the exterior of a building. Additionally,it is convenient to install.

"During the past year," said Lin,"Jolywood has put a lot of effort intoR&D and innovation for distributed power generation systems and there are some accomplishments especially in installation. The light and flexible modules will allow quick and easy installation that saves materials and reduces the cost of labor. Regarding this,Jolywood is applying for a patent for the innovative installation system,which makes distributed power generation widely accessible. Integrating advanced technologies and equipment,and based on high efficiency modules,Jolywood aims to provide quality and cost-effective products and solutions to the industry."

About Jolywood

Jolywood (SZ: 300393) is the world leader in the development,production and marketing of PV backsheet,high-efficiency mono-crystalline n-type bifacial solar cells and bifacial modules. Founded in 2008,Jolywood (Suzhou) Sunwatt Co. Ltd. (Jolywood Suzhou) is the largest manufacturer of PV backsheet worldwide,with an annual production capacity of over 100 million square meters. Jolywood (Taizhou) Solar Technology Co. Ltd. (Jolywood Taizhou),a wholly-owned subsidiary of Jolywood Suzhou,was founded in 2016,topping the global solar industry with 2.4GW in manufacturing capacity of N-type bifacial solar cells since 2017.

Photo - https://photos.prnasia.com/prnh/20190108/2341196-1-a

Photo - https://photos.prnasia.com/prnh/20190108/2341196-1-b