UNDA Research & Development Projects

 Calor-e emerges as a game-changing solution to the carbon-intensive landscape of traditional heat generation. By tackling the widespread reliance on fossil fuel burners, especially those fueled by imported natural gas, Calor-e introduces a groundbreaking approach with its carbon-free heat generation system. Harnessing low-cost renewable energy sources, the technology efficiently converts energy into heat, providing intraday storage for users to charge during periods of inexpensive energy and access stored heat on demand, reaching temperatures up to 400 °C.  With a focus on local production, Calor-e's modular and scalable design ensures adaptability across various industries. The thermal batteries boast a remarkable 25-year lifetime, significantly contributing to environmental conservation by reducing CO2 emissions by 517 tons per year and offering an annual cost avoidance of 63,000 USD compared to natural gas alternatives. 

 Our ongoing endeavor involves the meticulous development and design of an advanced system geared towards revolutionizing hybrid power generation and energy storage methodologies. Central to our mission is the refinement of steam power plant systems, with a special emphasis on leveraging geothermal power generation for optimal efficiency and sustainability. In our pursuit of excellence, we are committed to forging strategic partnerships, fostering collaborative ventures, and orchestrating pilot demonstrations to showcase the transformative potential of our innovations, driving forward the paradigm shift towards a greener, more resilient energy landscape. 

In the realm of sustainable building practices, while renewable energy technologies play a pivotal role in ensuring energy production, their inherent limitations lie in the passive mitigation of CO2 emissions. To address this gap, our research endeavors are aimed at elevating energy efficiency standards and pioneering the development of innovative systems that actively sequester CO2 alongside energy storage solutions. Our holistic approach encompasses the integration of cutting-edge technologies tailored to optimize indoor air quality, with a focus on the development of microalgae panel reactors. These integrated systems not only regulate energy requirements but also effectively mitigate the impact of building operations on heating-cooling loads and indoor emissions, thereby creating conducive environments that prioritize comfort and sustainability.