Intersolar 2024: Day 3: Tecloman unveils Cubox mobile storage platform
Our pv magazine newshounds will be walking the floors for one last time in Munich today as Intersolar Europe 2024 winds down for another year.
Researchers suggest using digested polymers for PV cell coatings, encapsulants
An international research team has proposed to use recyclable biomass-digested polymers as a material for PV coatings and encapsulants. The scientists developed a coating for PV cells that reportedly allows an increase in power output of up to 10%.
Intersolar Liveblog 2024: Ban-Ki Moon, Cate Blanchett at ‘We Choose Earth Tour’
Our pv magazine newshounds are walking the floors in Munich today to bring you all the developments at Intersolar Europe 2024.
Digital twin technologies for solar tracking in agrivoltaics
Fraunhofer ISE researchers are applying deep learning and digital twin modelling tools to optimize PV tracker control systems for use in farming and biodiversity projects. The goal is to be able to automatically position the modules throughout the day to meet the needs of the plants growing below, in light of the microclimatic conditions, and the need to optimize yield.
PV-to-methanol plants may maximize returns in reserve markets
New research from Denmark shows PV-to-methanol facilities may achieve 30% lower levelized cost of methanol through engagement in reserve markets. The researchers examined the ability of a PV-to-methanol plant to contribute to the grid in frequency containment reserves (FCR), automatic frequency restoration reserves (aFRR), and manual frequency restoration reserves (mFRR).
Researchers propose new models for heat pump load forecasting in energy communities
Novel research from Germany and the USA has analyzed the impact of heat pump (HP) integration on the ability of day-ahead load forecasting in energy communities. Using different models, the scientists have also investigated whether HP loads should be forecasted separately from the rest of the household or both together.
A closer look at CEA-INES’ timber-framed silicon heterojunction solar module with 22.57% efficiency
The French research institute presented in a scientific paper the technical details of its recyclable heterojunction module with a power output of 566 W and a carbon footprint of just 313 kgCO2eq/kW.
Photovoltaics for evaporative cooling greenhouses
Researchers in Niger have proposed to use photovoltaic energy to power the operations of evaporative cooling greenhouses. The proposed experimental solution uses locally made pads and is reportedly able to compete with commercial counterparts.
3D printed clamps for front-surface PV mounting on wood racking
A research team proposed a new PV mounting solution relying on two types of spacers and two types of clamps that can be printed with common printing materials. The cost of the different solutions presented varies from CAD1.50 ($1.10) to CAD3.83.
