On a busy midweek gathering, plumbing professionals from across the province came together at the Alicante State Metal Entrepreneurs Federation’s premises to explore daytime photovoltaic installations on roofed structures. The event was organized by Fempa in collaboration with Iberdrola and showcased the latest innovations in solar energy, with a clear focus on self-consumption and practical applications for both homes and commercial facilities. The day stood out for its hands-on demonstrations, in-depth talks, and a shared sense of momentum as the solar market continues to mature and become more accessible for everyday users.
Throughout the proceedings, Fempa, Iberdrola, Invassat, and Sprinter provided comprehensive answers to the questions that routinely arise about mounting systems, ongoing maintenance, reliable service, and proactive prevention in solar installations. Attendees learned about system design choices, compatibility with existing electrical infrastructure, and best practices for ensuring long-term performance. The emphasis was on practical knowledge that installers and building managers could apply immediately to improve safety, efficiency, and cost-effectiveness.
Today the reality is clear: individuals can generate their own electricity using solar panels and benefit from lower energy bills, reduced carbon footprints, and greater energy independence. The event highlighted how price trends for electricity, evolving regulations, and government subsidies are converging to drive more roof installations on both residences and industrial buildings. While the benefits are significant, the activity also brings new challenges—especially in safety, logistics, and the management of rooftop work at height—and these factors were addressed with concrete planning and expert guidance.
Several concerns emerged during interactive sessions, including the risk of falling objects, trips and slips from different levels, sun exposure, pest bites, forced work pauses, and the potential for electric shocks. The discussions underscored the need for meticulous job planning, rigorous training, and accessible information for workers, especially those working on pitched roofs and at height. The importance of personal protective equipment and collective safety measures was reiterated, with real-world scenarios illustrating how proper PPE and site controls can prevent injuries and keep projects on schedule without compromising quality or safety.
The event also reinforced the role of quality education, digital modernization, professional competence, and ongoing innovation as drivers of progress in the solar sector. Attendees had opportunities to explore new tools, monitoring solutions, and digital resources that simplify design choices, performance tracking, and maintenance alerts. The atmosphere remained collaborative and forward-looking, emphasizing continuous improvement and the practical benefits of adopting modern standards across the industry.
Closing activities created space for meaningful conversations between participants, speakers, and organizers. An open area allowed for direct exchanges, networking, and exchanging experiences that could inform future installations. The overall takeaway was clear: moving toward safer, smarter, and more efficient rooftop solar installations requires coordinated effort, informed decision-making, and a commitment to safety and quality at every stage of a project.
As the day concluded, notes and insights from the sessions were gathered to guide ongoing education and future demonstrations. The continued emphasis on training, safety protocols, and the integration of solar solutions with existing building systems signaled strong momentum for the sector. The shared aspiration remains to advance rooftop solar adoption in a way that protects workers, respects local regulations, and delivers reliable, renewable energy to homes and businesses alike.