1 - Green Electricity PaaS
The eSpark Green Electricity PaaS platform utilizes batteries to achieve interconnectivity among multiple power sources, interoperability between various loads, and integrated support for multiple applications. It skillfully connects various energy production and consumption facilities, enabling convenient plug-and-play functionality and flexible bidirectional transmission. This platform provides users with a more efficient and intelligent energy management experience. Whether it's power sources, loads, or applications, the eSpark Green Electricity PaaS platform handles them effortlessly, demonstrating its outstanding technological prowess and innovative capabilities.
2 - Electricity Digital Twin Platform
The Electric Energy Digital Twin Platform virtually represents distributed resources like power sources, loads, and energy storage, enabling repeatable and sustainable configuration and management operations for these resources. With the powerful support of big data and simulation computing, this platform accurately optimizes business operations, guaranteeing the efficient, safe, and reliable operation of the power system. This innovative platform offers the potential to enhance the management and utilization of distributed resources, while simultaneously laying a robust foundation for the future development of the power system.
3 - Native Application of Electric Energy
The Native Application of Electric Energy introduces unprecedented simplicity and clarity to grid applications, serving as a translator of user needs that accurately comprehends and fulfills diverse demands. The seamless integration of aggregation, intelligence, and transactions enables the creation of incremental value, which is then delivered to users in the form of tangible benefits. Simultaneously, we prioritize the security of trusted metering and assets, guaranteeing data accuracy and asset safety. Additionally, the application offers supply/load forecasting capabilities, aiding users in advance planning of electricity usage. The intelligent strategy generator produces optimal strategies based on user needs and market conditions. Lastly, we also consider price and carbon factors, presenting users with environmentally friendly and economically viable electricity usage options.