loading

 sales@gsl-energy.com     0086 13923720280

Power generation household solar photovoltaic power generation combined with intelligent shading technology make buildings more energy efficient

Polaris solar photovoltaic net news: the federal institute of technology in Zurich researchers develop the wall outside solar photovoltaic power generation combined with intelligent shading technology, implements the building's energy balance. Developed by professor ArnoSchluter construction system and its team of an adaptive solar curtain wall system, which can realize self-adjusting each room, make its produce more energy than the energy of the year. The latest research results published in the latest issue of Nature Energy journal. Innovative facade including installation in lightweight steel cable Internet mobile solar panel array. They can be controlled separately, and through the soft implement vertical and horizontal moving machine components. These soft machine actuators is the core of the system: its soft material by changing its shape under pressure and u-shaped joint rigidity, enabling them to lock in position against the bad weather and storm. The researchers tested the weatherability of the system, and using multiple prototypes in Hnggerberg campus were measured. They found that the sunny summer day, the energy of the portable solar panels than static solar panels installed on the building facade is about 50% more. The facade, however, not only can generate electricity, can also control how much light and heat through building palisade structure, adjusting the internal climate. Adaptive learning algorithm for the movement of the control panel, solar energy, so that the internal space heating and cooling to save cost to reduce the net energy demand. At the same time, the algorithm is also considering the current use of the building and adjust the climate. In order to determine in theory can reduce the energy consumption level of room, the researchers use prototype data simulation of several scenarios. They were calculated in Cairo, Zurich and Helsinki building with a portable solar energy saving potential of exterior wall of building. By doing so, solar equipment, office and residential space has carried on the simulation results show that the office of energy saving is often higher than the living space, warm and cold climate, temperate regions such as central Europe, in particular, its energy saving effect is more obvious. ArnoSchluter summarizes these findings: 'environmental conditions change, the greater the solar portal, the greater the benefits of adaptive facade. 'In a building constructed according to the latest standards, temperate regions ( In this case, the Zurich) You can see the best in office space simulation of energy balance. Within a year need under the condition of heating and cooling, adaptive wall for 115% of the energy required to produce a comfortable indoor environment of the electricity. Equally good results from 1920 years ago in Cairo building office space simulation, its need more shade and cool. In this case, the facade produced 114% of the annual energy demand. Solar portal, in other words, the study emphasized the old and new building energy-saving potential, but walls must always be combined with internal space and its use. 'We want to solve the user comfort and energy efficiency in buildings trade-off between,' said ArnoSchluter. 'In theory, the energy saving of space will be no Windows. As a result, solar panels, we are pleased to show you how the building intelligent interface between internal and external can provide the best user comfort and produce excess energy. 'Schluter professor team are studying adaptive solar stand face the impact of building physics: the system is the NEST Dubendorf research building on the top of the platform to build part of a futuristic' HiLo 'unit. The original title: the combination of photovoltaic power generation and smart sunshade make buildings more energy efficient

GET IN TOUCH WITH Us
recommended articles
SERVICE INFO CENTER Knowledge
The Comprehensive Guide to Whole House Battery Backup Costs in 2025

As energy independence becomes a growing priority for homeowners, whole house battery backup systems have emerged as a key solution for enhancing resilience against grid outages and reducing electricity costs. This guide provides an in-depth look at the costs associated with whole house battery installations, the factors influencing pricing, and the incentives available to make energy storage more accessible.

Whether you are considering a modest backup for essential appliances or planning a robust off-grid setup, understanding the cost structure and long-term savings of battery storage is crucial. GSL Energy, a global leader in lithium iron phosphate (LiFePO4) battery technology, offers a range of scalable energy solutions designed to meet diverse energy needs. With industry-leading certifications and a commitment to sustainability, GSL Energy ensures reliable power for homes and businesses worldwide.

Explore the different options, compare pricing, and discover how GSL Energy's innovative battery solutions can help you achieve true energy independence in 2025 and beyond.
How Many Solar Batteries for Home Solar System?

Against the backdrop of the global energy transition, solar energy systems are fast becoming the main choice for clean energy at home. And in these systems, the storage battery is the core of guaranteeing stable power supply and power self-sufficiency. So, how many solar batteries for home do you really need for a home solar system? In this article, GSL Energy will analyze the number of lithium iron phosphate solar power batteries for homes required for home solar systems.
no data
 Service Tel: +86-755-84515360
 Address: A602, Tianan Cyber Park, Huangge North Road, Longgang District, Shenzhen, China
GSL ENERGY - A leader of green energy provider in china since 2011

0086 13923720280

Solar energy storage battery manufacturer contact information
Contact us
whatsapp
contact customer service
Contact us
whatsapp
cancel
Customer service
detect