cleverwatt Energy Co-Pilot utilizes intelligent algorithms to analyze existing energy data, identifying inefficiencies and optimization opportunities across electricity, heating, and mobility sectors for small and medium-sized enterprises (SMEs). By eliminating data silos and providing actionable insights, the platform enables companies to achieve significant energy cost reductions and lower CO2 emissions without the need for costly hardware installations.
Funding
Funding not disclosed
Founders
Product
Problem
Small and medium-sized enterprises (SMEs) often lack a comprehensive understanding of their energy consumption across electricity, heating, and mobility, leading to inefficiencies and missed optimization opportunities. Siloed energy data and the complexity of the energy market make it difficult for these businesses to identify and implement cost-effective energy-saving measures.
Solution
cleverwatt Energy Co-Pilot is an intelligent platform that analyzes energy data to identify inefficiencies and optimization opportunities for SMEs across electricity, heating, and mobility. The platform eliminates data silos and provides actionable insights, enabling companies to reduce energy costs and lower CO2 emissions. By offering a holistic view of energy consumption and potential savings, cleverwatt empowers businesses to make informed decisions about energy efficiency, procurement strategies, and renewable energy investments. The platform supports businesses in identifying and implementing measures such as optimizing energy contracts, improving energy efficiency in buildings and production processes, and adopting photovoltaic systems and e-mobility solutions.
Target Audience
The primary target audience includes small and medium-sized enterprises (SMEs) seeking to reduce energy costs, improve energy efficiency, and lower their carbon footprint.
Features
- Analysis of energy consumption behavior to identify inefficiencies and cost-saving potentials
- Comprehensive analysis of electricity and heating contracts to identify economic alternatives
- Identification of efficiency potentials in energy consumption, from office buildings to production and mobility
- Evaluation of the profitability of PV systems and maximization of profits from existing systems
- Assessment of the extent to which battery storage can optimize the economic situation
- Support from demand analysis and installation of charging solutions to the procurement of funding for e-mobility
- Continuous monitoring of the regulatory landscape and proactive information about necessary measures
- Data-driven decision templates for energy-saving measures