ENNAJA is committed to building a unified energy management platform. Guided by the principles of fairness, impartiality, and openness, we aggregate resources from charging operators across the nation. Our focus is not on profiting from price spreads. Instead, we are committed to providing efficient and convenient charging services for new - energy vehicles, thereby resolving their energy - replenishment challenges.
The ENNAJA platform interconnects key players within the new - energy industry, including automotive manufacturers, auto dealerships, charging operators, power grids, and government management platforms. With a holistic perspective, we empower all relevant parties, streamline and clear the new energy industrial chain, contributing to the nation's "Dual - Carbon" goal.
ENNAJA combines the Internet of Things and AI to create a one-stop intelligent energy service system solution.Through connection, the data of vehicles, charging piles, and mobile phones are integrated to form a complete information IoT system.AI is used to generate energy data models, providing the ability for cars to intelligently charge themselves by understanding user needs and system efficiency.
Car: Deeply integrated vehicle-level data, AI reasoning assists precise decision-making;
Pile: Energy data output, provide system-wide recommended scheduling data support;
Mobile phone: Understand human behavior and needs, serve as user information input and output;
Understanding user needs;
Improving system efficiency;
Reasoning and recommending optimal energy replenishment services.
Intelligent energy one-stop service - AI algorithm self-learning correction, Providing precise and efficient diversion service;
Intelligent charging guarantee service - Full-coverage in all scenarios, Vehicle machine autonomous reasoning, Providing worry-free energy replenishment service.
Through the Internet of Things AI reasoning and decision-making system fully taking over, the vehicle's onboard computer possesses intelligent services such as autonomous recognition of charging timing, charging planning, and navigation charging;
Supported by the large-scale platform algorithm, the system combines user needs and vehicle battery status to provide worry-free and cost-effective charging assurance services in all scenarios.
By accessing the all-in-one platform through interconnection, charging station operators can quickly gain access to more public energy network resources and achieve efficient business expansion;
Utilizing the data provided by the platform, charging station operators can perform detailed operations on station sites through functions such as data analysis and real-time monitoring, thereby improving utilization rates of charging stations.
Under the trend of global energy transformation and the integration of clean energy into the grid, ENNAJA responds to the national "dual carbon" policy:
Based on the big data model of ENNAJA's energy efficiency platform, the system can guide the orderly charging of new energy vehicles, and peak shaving and valley filling charging, bringing economic benefits to users;
Based on ENNAJA's global energy network, utilizing V2G technology, the system can achieve interaction between vehicles and the grid, low-valley charging, high-peak discharging, and assist in the efficient and stable operation of the power grid.