Meyer Burger unveils 400 W heterojunction solar module
The solar module will be available in three versions – white, black, and glass-glass. The products have an output of up to 400 W, but when the bifacial effect is optimally used, the output of the glass-glass module can reach up to 430 W. Both the white and black modules weigh less than 20 kg.
Solar 101: Attaching your PV system to your roof
A solar racking system’s strength is determined in part by the metal racking, but it also depends on the roof’s underlying structure. Rafters and any supporting structures must be strong enough to withstand your region’s maximum wind and snow loads.
Graphene aluminum ion batteries with ultra-fast charging
The “graphene revolution” is almost here. Australian scientists specializing in aluminum-ion batteries are now working with Brisbane-based Graphene Manufacturing Group to commercialize a technology that could transform energy storage.
Solar kit for gardens and balconies, from France
French start-up Ekwateur is offering a solar kit consisting of a 330 W panel, a micro-inverter, a metallic structure, a monitoring sensor, and a few cables.
Solar park built on rough wooden structures comes online in France
French company Céléwatt energized its 250 kW ground-mounted array, built with mounting structures made of raw oak wood.
Longi unveils two PV modules for distributed generation
The two new products will be part of the Hi-MO4m panel series for rooftop applications. Their efficiency ranges from 19.2% to 21.2%.
REC launches 405 W black solar module with gapless design
The new heterojunction panel series features an efficiency of up to 21.9 % and an operating temperature coefficient of -0.26% per degree Celsius.
Solar 101: Is my roof ready for solar?
In this series, we’ll break down the decision-making process into bite-sized pieces so you can navigate the process and feel good about your choices.
Fraunhofer ISE achieves 35.9% efficiency for III-V triple-junction solar cell based on silicon
The cell, which looks externally like a device with a two-terminal architecture, was built with III-V semiconductor layers that were connected to the silicon sub-cell on the atomic level. The cell may be used in electrically powered aircraft and drones.
The long read: Understanding solar MLPE
Module-level power electronics, most often in the form of power optimizers and microinverters, offer a range of value propositions, including advanced monitoring capabilities. But how much can the little box behind the module really see, and how much do operators actually need to know to keep a power plant running optimally?
