BISOL’s polycrystalline and monocrystalline PV modules have been officially accredited by the Australian Clean Energy Council to meet with the requirements to be sold in Australia. The modules comply with the Australian Standard AS5033.
In anticipation of others to follow suit, Taiwan-based Motech Industries will be offering a ‘Solar Cell Certificate of Origin,’ to customers wanting to avoid the newly imposed import tariffs on Chinese solar cells and modules. Motech makes c-Si solar cells in Taiwan, which are excluded from the import duties as well as having a module assembly plant in Newark, Delaware.
Expecting the PV equipment market to continue to slow this year, GT Advanced Technologies advised that it would be broadening its product lines with a new furnace that makes silicon carbide crystals. The company is aiming to diversify its product line in the midst of what it calls a global downshift in demand for its systems that make polysilicon and PV wafers. As reported by Bloomberg, CEO of GT Advanced, Tom Gutierrez, is looking its R&D this year by 50% to over US$65 million with sales expected to grow 6% to between US$925 million and US$975 million.
Axuntek Solar Energy is using DuPont PV5400 series ionomer encapsulant in its IEC-certified CIGS thin-film modules, the company has announced.
The solar modules are frameless and the first to adopt DuPont PV5400 into CIGS technology. The modules aid to reduce shipping costs because they permit a higher density in shipping, therefore lower costs. Further, the modules are stronger due to DuPont’s encapsulant. The combination of ionomer and glass allows for the utilization of the frameless modules in building-integrated applications.
Amtech Systems’ Chinese subsidiary, Kingstone Semiconductor, will introduce its ion implant system at the SNEC Exhibition, in Shanghai this week. This ion implant system has been developed from the ground up to specifically serve the needs of the solar industry. Also at the SNEC Exhibition, Tempress Systems will introduce its new tube-type batch PECVD product.
The University of Luxembourg’s Laboratory of Photovoltaics has received a sizable grant to develop technologies for more efficient and cheaper solar cells. The University is part of a consortium of 14 partners, known as the Scalenano project, which has been awarded €10 million by the European Union.
HYET Solar, a relatively new company founded by Rombout Swanborn, recently bought all assets of Helianthos from Nuon. The company plans to further develop Helianthos’ technology with a team of 15 to 20 employees. HYET advised that its long term goal is to eventually bring the Helianthos flexible solar cell foil to market on a large scale.
bSolar has advised that its high-efficiency, bifacial PV crystalline silicon solar cells are ready to be showcased during Intersolar Europe in Munich June 14-16. The company’s bifacial cells use the cells’ back side to collect reflected and diffused sunlight in order to produce added electricity. They are manufactured using p-type wafers, standard equipment and production processes.
Meyer Burger Technology advised that it had raised US$121.3 (CHF110 million) in long-term capital through a Swiss Franc dominated straight bond issuance. The bond holds a coupon of 5% payable annually and maturity date of May 24, 2017. Zürcher Kantonalbank, Credit Suisse and UBS Investment Bank collectively offered the bond issue to institutional and private investors.
Hyundai Heavy Industries (HHI) has announced the achievement of 19.7% conversion efficiency for its copper-contact solar cells. The record, for a selective-emitter cell, was obtained using standard 156mm commercially available p-type silicon wafers and has been verified by Fraunhofer ISE.
