On April 27, 2023, the IEEE Power and Energy Society Moi University Student Branch Chapter hosted an event centered around “Accelerating Transition to a Low Carbon Future,” aligning with the society’s overarching theme of “Powering a Climate Safer Future.” The event featured a technical talk and demonstration of solar energy, from the panels to the inverters to storage and consumption.
The event began with a keynote address from a prominent expert in the field of renewable energy, who discussed the current transition to a low-carbon future and the role solar energy can play in accelerating this transition. They highlighted the importance of increasing public awareness and investment in solar energy technologies and the need for policy changes that incentivize the adoption of renewable energy sources.
Following the keynote, attendees were treated to a detailed technical presentation on the mechanics of solar energy production. This presentation covered topics such as how solar panels are designed and manufactured, the role of inverters in converting DC energy to AC energy, and the importance of energy storage in maximizing the efficiency and reliability of solar power systems.
After the technical presentation, attendees witnessed a live demonstration of a solar energy system. This demonstration showcased the various components of a solar energy system, from the solar panels themselves to the inverters and energy storage systems. Attendees could see firsthand how solar energy is produced, stored, and distributed for consumption.
In addition to the technical talk, live demonstration, and keynote address, the IEEE Power and Energy Society’s April 27, 2023, event also included a celebration of the society’s day with a cake-cutting ceremony. This provided attendees with a lighthearted and enjoyable moment to socialize and network with one another.
The cake-cutting ceremony provided a moment of levity amidst the informative and technical aspects of the event, allowing attendees to connect and celebrate the society’s mission of promoting sustainable and responsible energy practices.
Overall, the IEEE PES Day event was an informative and engaging exploration of the current state of solar energy technology and its potential to power a low-carbon future. The event provided attendees with valuable insights into the mechanics of solar energy production and a firsthand look at how these systems operate in practice.