What are the latest trends in solar systems design, and how can you prepare for them?

Another trend going on in the solar market is introduction of HJT solar modules which are offering better effeciency and performance.

Bifacial modules represent a significant trend in solar system design, capturing sunlight from both the front and rear sides of the panel. This innovative approach increases energy yield and efficiency. To prepare for this trend, it's crucial to stay informed about leading manufacturers such as Sunpreme and LG, as they continually advance the technology. Integrating bifacial modules into your solar designs can significantly enhance overall system performance, particularly in environments with reflective surfaces.

Rapid innovation in module level power electronics like microinverters and DC optimizers herald distributed control systems replacing centralised string inverters. Microinverters assign dedicated inverters for each panel enabling granular monitoring and easier swap outs. Meanwhile, DC optimizers sit behind cells stabilising output before AC conversion downstream. Both configurations enhance efficiency and reliability.

Stay ahead in solar system design by focusing on floating solar trends. Keep abreast of advancements in panel technology, regulatory changes, and environmental considerations. Explore partnerships with floating solar solution providers and assess suitable sites for installation. This proactive approach ensures readiness for the evolving landscape of sustainable energy solutions.

Floating solar systems have emerged as a creative solution to address land constraints and enhance energy production. Installing solar panels on water bodies not only optimizes space but also benefits from the cooling effect of the water. Stay abreast of developments from companies like Ciel & Terre, pioneers in floating solar solutions. To prepare for this trend, explore design adaptations that account for water conditions, anchoring methods, and the unique challenges posed by floating solar installations.

Building-integrated photovoltaics (BIPV) involve seamlessly integrating solar elements into various building materials. This trend enhances both the aesthetic appeal and functionality of solar designs. Stay informed about BIPV technologies, such as solar roof tiles from Tesla and solar windows from Ubiquitous Energy. To prepare, consider incorporating BIPV elements into architectural plans, offering a dual-purpose solution that contributes to energy production while complementing the building's design. BIPV has also a major contribution in attaining the LEED certification required for sustainable buildings. LEED (Leadership in Energy and Environmental Design) is the world's most widely used green building rating system.

Solar is awesome, but solar alone does not always make sense for particular use cases, consider all the other technologies that should be included (batteries, wind, gas, electric vehicle charging, diesel, fuels cells) to create the optimized solution for the specific busienss/community needs and objectives. Onsite energy systems create profitable, reliable and sustainable outcomes when designed and deployed correctly. Don’t overlook the power of combining solar with other tech.

Community solar is a prominent trend in renewable energy engineering, particularly in solar systems design, shifting the focus from individual installations to collaborative projects within communities. Engineers preparing for this trend should acquaint themselves with the unique challenges of community solar, including site selection, financing, and community engagement. Stay informed about evolving policies, incentives, and explore technologies enhancing project efficiency. Engaging in interdisciplinary collaboration and staying informed about best practices will be crucial for engineers navigating the evolving landscape of solar system design in community-driven sustainability initiatives.

The latest trends in solar systems design focus on increasing efficiency and integration. Bifacial panels, which capture sunlight from both sides, and heterojunction technology that layers different materials for better performance, are gaining popularity. There's also a push for building-integrated photovoltaics (BIPV), allowing solar elements to be seamlessly integrated into building materials. To prepare for these trends, stay informed on the latest research, attend industry conferences, and engage with professional networks. Additionally, investing in skills development, like software for solar design and financial modeling, will be beneficial. Collaborating with architects and developers can also help leverage BIPV opportunities.

Transparent or semi transparent solar panels are being developed in the recent years. This tecnology not only allows for the panels to the easily integrated into buildings as part of the windows structures but also allows for a great variety of new applications like vertical farming. In addition, the spectrum if light that can be filtered against what is used to generate power is a factor to be considered in this new technolgy.

Stay updated on the latest trends in solar system design, including advancements in energy storage, smart technologies, and bifacial solar panels; prepare by attending industry conferences, participating in relevant webinars and training programs, networking with professionals, and engaging in continuous learning to adapt your skills to evolving technologies and practices.🌱🌱🌍