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Dixsen Crowd Group was founded in 2007. Its official website positions the company as a high-tech enterprise in smart power distribution, new energy, microgrids, and AI-powered intelligent IoT. The “Dixsen Crowd AI Cloud Platform” is not a general-purpose enterprise SaaS product; it is an equipment management and energy operations platform for the new energy and power industries, designed to work with hardware solutions such as photovoltaics, energy storage, EV charging piles, smart power distribution, and microgrids.
The platform includes modules for an Energy Storage AI Cloud Platform, EV Charging Pile AI Cloud Platform, Photovoltaic AI Cloud Platform, Microgrid AI Cloud Platform, Smart Power Distribution AI Cloud Platform, and customized AI cloud platforms. These can run independently or in combination. The EMS module is described in relatively strong detail, covering real-time equipment overview, second-level parameter issuing, alarm records, cost reports, historical data queries, time-of-use electricity price management, full-system PCS parameters, BMS cell-level status/voltage/temperature, charge-discharge revenue reports, as well as control of fire protection systems, air conditioning, and electric meters. It is particularly targeted at multi-site energy operations and maintenance, as well as energy storage revenue management.
The official website does not disclose SaaS plans, subscription pricing, a free tier, or trial information. Quotes are mainly obtained via inquiry email or contact form. This suggests procurement is more project-based or solution-based, making it suitable for customers that need pre-sales product selection, solution design, and on-site commissioning. However, it is not very transparent for SaaS users who want to self-serve and get started quickly.
For team collaboration, the materials mention a tenant model that supports creating downstream agent sub-accounts and EMS power stations under those sub-accounts, which is suitable for agents or multi-organization operations teams. In terms of deployment, the company states that it uses global CDN cloud deployment and an enterprise-grade Java-based backend. Security and compliance information is limited; there is no clear mention of China’s MLPS certification, ISO, data encryption, audit logs, or similar controls. On APIs, it only mentions opening up device management, data, and rule capabilities, with no visible developer documentation or SDK.
Its strengths are integrated software and hardware, coverage across the full chain of energy storage, charging, photovoltaics, power distribution, and microgrids, plus promised 7x24 support, 35+ technical service centers, and 50+ offices. The drawbacks are limited SaaS commercialization information and incomplete disclosure around permissions, security, and integration ecosystem. It is better suited to industrial and commercial parks, island microgrids, EV charging pile operators, energy storage stations, and residential microgrid project owners.
The company is headquartered in Shanghai and its website is aimed at Chinese users, so it is likely directly accessible from mainland China. Payment methods are not disclosed, and procurement will most likely require contract-based quotation. Alternatives can be compared based on project needs across energy EMS platforms, EV charging pile operation platforms, photovoltaic monitoring platforms, and smart power distribution monitoring systems.
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