Soltell Systems
At Soltell Systems, we specialize in smart decentralized energy management solutions, leveraging proprietary Sensorless technology to enable high-accuracy PV performance analytics and enhanced industrial automation for decentralized energy systems
About Us
Founded in 2019, Soltell has since become a provider of solar PV performance analytics worldwide, assessing thousands of solar PV sites. Our SysMap API data service synergizes with Energy Finance, SCADA and energy management (EMS) platforms, while SysMap App enables the deployment of custom solar management applications for commercial and residential solar installers and operators. Additionally, we offer custom solutions tailored to corporates engaged in solar photovoltaics (PV) and electricity storage systems (ESS), ensuring seamless integration and streamlined operations. We are headquartered in Israel with representative offices in the US and the EU.
Relevant Challenges
Energy Production
Reducing carbon emissions through clean and renewable energy generation and increased efficiency.
Energy Transmission and Distribution
Increasing power efficiency and reducing power loss during transmission and distribution, improving power flow and congestion management, enhancing grid flexibility, demand response capabilities and bi and multi-directional smart energy flows in distributed energy resources.
Optimized Control
Optimization in energy control and management for indoor and outdoor environments.
Operational Systems
Low carbon and improved efficiency technologies for heating, cooling, ventilation, refrigeration, and lighting.
Power Management
Increase system efficiency in data acquisition, transfer and storage, including compression algorithms and network management practices that reduce the volume of data that needs to be transferred and stored, data storage solutions that offer higher density storage.
Energy Efficient Computation
Hardware and software solutions, including advanced processor technologies and chips engineered for high performance with minimal energy use, optimized software algorithms and architectures that require less computational power.
