● Energy modeling for the LEED certification of IDAP Building.
● Energy modeling for the LEED certification of Net Zero Energy Building (NZEB).
Project: Apartment Building in Greece.
● For the apartment building project in Greece, I calculated the initial energy demand and then integrated a flex-brick second facade to assess its impact.
● This facade reduced solar radiation, leading to a noticeable decrease in energy demand and showcasing the benefits of innovative design elements in improving building energy efficiency.
Project: School Building in Lycée Schorge.
● For the school building project at Lycée Schorge, I calculated the initial energy demand and then applied a second-skin facade to observe the impact on energy consumption.
● By reducing solar radiation, the facade significantly lowered the energy demand, highlighting the effectiveness of this design feature in enhancing the building's overall energy efficiency.
Project: College Building in Pinewood Court, UK.
● For the college building project in Pinewood Court, UK, I calculated the energy demand, generated an Energy Performance Certificate (EPC) according to UK regulations, and implemented retrofitting solutions based on the client’s requirements.
● This work enhanced the building’s energy efficiency and ensured compliance with local standards.
Project: Apartment Building in Canada.
● For this apartment building project in Canada, I conducted an energy simulation to calculate the building's total energy demand.
● This analysis provided a clear understanding of the building's energy requirements, forming a foundation for optimizing energy efficiency strategies.
Project: Unterlagen Wildspitz Hotel in Switzerland.
● For the Wildspitz Hotel project in Switzerland, I performed an energy simulation to calculate the building's overall energy demand.
● Using OpenStudio software, I then integrated a solar and battery storage system to assess its impact on reducing energy consumption and enhancing sustainability.
● This analysis provided insights into how renewable energy sources could support the hotel’s energy needs, offering a pathway to greater energy efficiency and potential cost savings.
Project: Cool Spring Hospitality in USA.
● For the Cool Spring Hospitality project in the USA, I conducted an energy simulation specifically for the 179D tax deduction.
● This involved analyzing the building's energy efficiency and identifying areas where improvements could qualify for federal tax incentives.
● By assessing the lighting, HVAC, and building envelope systems, I helped the client understand how to maximize energy savings and take advantage of tax benefits.
● This project was a valuable opportunity to apply my expertise in energy modeling to support sustainability and cost-effectiveness in commercial buildings.
