Kestrix
Real-world energy performance data at your fingertips.
Kestrix is a cutting-edge startup focused on improving energy efficiency in buildings through advanced technology. The company leverages mass thermal imagery and artificial intelligence (AI) to identify heat leaks and retrofit opportunities in buildings quickly and accurately. This technology is particularly valuable for building portfolio owners and operators who need to understand how heat is escaping from their properties to make informed decisions about retrofitting and decarbonization.
Kestrix operates in the energy efficiency and sustainability market, addressing a critical need as heating and cooling buildings contribute to 10% of global emissions. With 80% of the buildings that will exist in 2050 already standing, retrofitting these structures is essential for reducing emissions and combating climate change. Kestrix's mission is to enable large-scale retrofitting, making it more efficient, cost-effective, and equitable.
The company's business model revolves around providing detailed energy performance data and retrofit roadmaps to its clients. By using proprietary image collection and intelligent algorithms, Kestrix offers interactive 3D models that give a clear picture of a building's energy performance. Clients can visualize heat loss, understand retrofit options, and get instant estimates of project costs. This data can be shared with occupants and stakeholders to streamline and de-risk retrofit projects.
Kestrix makes money by offering its technology and data services to building portfolio owners and operators. These clients benefit from the ability to make better-informed decisions about retrofitting their properties, ultimately leading to energy savings and reduced emissions.
In summary, Kestrix is revolutionizing the way building owners and operators approach energy efficiency and retrofitting, providing them with the tools and data they need to make impactful changes.
Keywords: energy efficiency, thermal imagery, AI, retrofitting, decarbonization, building portfolio, heat leaks, sustainability, emissions reduction, 3D models.