Our research and development of the Micro Organic Rankine Cycle process began with identifying the need for a more efficient and sustainable energy conversion system for small-scale applications. This led to a comprehensive literature review of existing technologies and theories related to thermodynamics, heat transfer, and fluid mechanics.
Next, laboratory experiments were conducted to test various Micro-Scale Organic Rankine Cycle configurations and operating conditions. The results of these experiments were analyzed and used to optimize the design of the Micro Organic Rankine Cycle process.
Additionally, computer simulations were performed using mathematical models and software tools to further refine the design and predict the performance of the Micro Organic Rankine Cycle under different operating conditions.
Finally, a prototype of the Micro Organic Rankine Cycle was constructed and tested in real-world conditions to validate the performance predictions and assess its efficiency and reliability. The prototype was continuously improved based on the results of the tests and feedback from users.
Overall, the research and development of the Micro ORC process involved a combination of theoretical analysis, laboratory experimentation, computer simulation, and prototype testing.
Our company specializes in developing Micro ORC systems for waste heat recovery and renewable energy generation. With a wide range of power output options from 30-180 kW, we can provide a tailored solution for any application that requires heat recovery and energy generation. Our systems are designed to be highly efficient and cost-effective, using advanced techniques to extract as much energy as possible from low-grade heat sources. We pride ourselves on our innovative approach and commitment to sustainability, and we are always looking for new ways to push the boundaries of what is possible with Micro ORC technology. Whether you are a large industrial facility looking to reduce your carbon footprint or a smaller business looking to tap into the power of renewable energy, we have a solution that can meet your needs. Thank you for considering us as your partner in the transition to a cleaner, more sustainable future.