Rera Tech
Reratech's Haseji and Mizudo visited the FM Academy to visit and run the public company's office.
| Date | Investors | Amount | Round |
|---|---|---|---|
| investor investor | €0.0 | round | |
| investor | €0.0 | round | |
N/A | Seed | ||
| Total Funding | 000k | ||
Rera Tech Inc., a research and development-driven venture, was established in November 2020 as a spin-off from Kobe University. The company was founded by a team with deep expertise in renewable energy, including CEO Mizuki Konagaya, who holds a postgraduate degree in meteorology and climatology from the University of Tsukuba and has over a decade of experience as an environmental consultant. His academic and professional journey, which includes doctoral research at Kobe University on offshore wind conditions, directly shaped the company's specialized focus. The founding team also includes Takeyuki Misaki, Toshinari Mito, and Shogo Uchiyama, all of whom possess significant experience in research, development, and consulting related to offshore wind power.
The firm operates as a specialized environmental consultant with a core focus on the wind power generation market, particularly offshore wind. It serves both public entities and private companies looking to implement renewable energy projects. Rera Tech's business model is centered on providing high-level consulting services that bridge the gap between academic research and commercial application. Revenue is generated by offering a suite of technical services essential for the planning and development of wind farms.
Rera Tech delivers a comprehensive service portfolio structured around three main pillars: observation, simulation, and analysis. For observation, the company assists clients in accurately grasping wind conditions by planning and managing the deployment of equipment like wind observation towers and Doppler Lidar. The simulation service utilizes computational fluid dynamics (CFD) and meso-scale meteorological models to forecast wind patterns over broader areas, a capability enhanced by research from Kobe University. Finally, its analysis service evaluates the business viability of a potential wind farm by calculating projected energy output and assessing site-specific wind conditions to ensure turbine safety and performance. This integrated approach aims to provide the foundational data and insights necessary for the successful development of wind power projects.
Keywords: wind power consulting, offshore wind, wind condition analysis, renewable energy, environmental consulting, meteorological simulation, energy forecasting, wind observation, power generation evaluation, university spin-off