Kraftblock is a pioneering startup that specializes in thermal energy storage systems. Their core technology revolves around a uniquely designed Thermal Energy Storage System, which is both eco-friendly and cost-efficient. This system is highly scalable and modular, making it suitable for large-scale applications. Kraftblock's technology is particularly notable for its use of up to 85% recycled materials and its ability to operate with a variety of heat transfer media, such as air, flue gas, and oil.

The company primarily serves industrial clients who need to manage waste heat and electrical power more efficiently. These clients are often in sectors where energy consumption and production can vary significantly over time. By using Kraftblock's storage systems, these industries can stabilize their energy usage, thereby improving efficiency and reducing costs.

Kraftblock operates in the renewable energy market, focusing on the critical need to decouple energy production from consumption. This is essential for the global transition to renewable energy sources like solar and wind, which are not always available when energy demand is high. The company's mission aligns with the broader goal of combating climate change by making renewable energy more reliable and accessible.

The business model of Kraftblock involves selling their modular thermal energy storage systems to industrial clients. These systems are designed to be extendable, with containers ranging from 30 to 60 MWh, allowing clients to scale up as needed. The company generates revenue through the sale of these systems and potentially through long-term service agreements for maintenance and support.

In summary, Kraftblock is addressing a critical need in the renewable energy sector by providing a scalable, cost-efficient, and eco-friendly solution for energy storage. Their technology not only helps industries manage waste heat and electrical power more effectively but also supports the global shift towards sustainable energy.

Keywords: Thermal Energy Storage, Renewable Energy, Industrial Waste Heat, Electrical Power, Scalable, Modular, Eco-friendly, Cost-efficient, High Energy Density, Recycled Materials.