Energy is important to all nations. To ease the pressure on energy, new energy as a renewable resource has been widely used in various industries. Global energy restructuring is the only way to solve traditional energy depletion and environmental pollution. Building a clean, low-carbon, safe and efficient energy system is the way to further innovation and development, and it is a must to work on emission peak and carbon neutrality.
The new energy industry is transforming from policy-driven to cost-driven, while a large amount of devices access and isomerism, vast and scattered region, and poor construction environment have become problems that need to be solved immediately in the process of reducing costs, establishing mechanisms, strengthening technology, and expanding scale. It is an indispensable methodology in the future economic transformation to achieve robust, efficient, accurate, and safe data collection by building an IoT platform for centralized management and monitoring.
EMQ's new energy industry solution helps to enhance new energy consumption and storage capacity as well as cloud-side integration intelligent multi-channel management capacity. It insists on pay equal attention to centralized data management and distributed priority processing, helping To B, To C, and To G users to improve end-user experience and market competitiveness.
Since there is a large amount of new energy devices access and isomerism, it is impossible to learn the environmental status of each extension point precisely in real production deployment. EMQ provides a variety of reliable networking methods (cascade or distributed) covering both the edge and the cloud, which can better adapt to the geographically dispersed network of new energy.
How to effectively solve the data transmission problem under those situations when problems such as poor construction environment and poor signal occur from time to time? EMQ owns transparent communication networks and supports cross-cloud deployment. In different cities, different infrastructure service providers such as communication operators and cloud platforms all can be used for more adaptations for constructing intelligent new energy IoT platforms.
A large number of side devices need to face tens of thousands of or even hundreds of thousands of concurrency at the same time; therefore, the second-level response has become critical to improve customer experience. EMQ shows excellent performance in providing millisecond-level latency guarantee for mass messaging and ensuring perception-free two-way communication of business data in the weak network environment.
With the B-side business sinking into the C-side market, high-performance filtering and distribution of data to various databases become the most urgently required capability for the energy IoT platform. EMQ provides high-performance data channels for data processing, high-performance data computing and distribution, which can perfectly solve the problem while providing more diverse data functions for the personalized expansion of enterprises.
Flexible cloud-side deployment and networking across clouds and regions
Non-perceptual transmission in a weak network environment guarantees large throughput data requirements
Centralized management in decentralized application scenarios greatly reduces operation and maintenance costs
Cloud-edge data can be filtered and distributed to fit the needs of multiple scenarios
EV Power uses EMQ X to empower charging piles operation platform, solving the problems of scattered equipment areas that are difficult to control, harsh deployment environments, etc.Learn More →