Comprehensive Energy Data Platform
Microgrid, photovoltaic, energy storage, charging piles, integrated photovoltaic and storage cabinets.
SMQ digital smart water system.
AI central air conditioning system intelligent control and waste heat generator set.
GBR green sewage treatment technology.
Power-saving devices, smart lighting, Eaton, Rittal and other power distribution products.
MABR low-carbon wastewater treatment technology.
Digital Energy
By using Kisen Energy's Digital Cloud + Optical Storage and Charging Integration Solution, the above problems can be effectively solved, operational efficiency can be improved, management costs can be reduced, carbon emissions can be lowered, and green and sustainable development can be achieved.
Intelligent Energy Management
Build an "energy smart economic form" that is data-driven, human-machine collaboration, cross-border integration, and co-creation and sharing. The energy smart economy is an advanced stage of the development of the digital economy. It is a new economic form defined by "data + computing power + algorithm" with intelligent decision-making and intelligent operation.
What is smart energy management?
Equipment monitoring: Infrared thermal imaging cameras measure the temperature of power distribution equipment to detect potential faults in a timely manner.
Environmental detection: Realize monitoring and early warning of environmental information such as indoor temperature, humidity, equipment working noise, etc.
Data monitoring: Automatically identify pointers and indicator lights around the clock, and alarm abnormal equipment through comparative analysis of the identified data. The system will also automatically save records of each inspection identification data, and operation and maintenance personnel can query or export the reports generated by the system.
Automatic inspection: Based on customized inspection objects, inspection time, and inspection route, accurately positioned automatic inspection is performed, and inspection and diagnosis reports are automatically output.
Advantages of smart energy management
(1) The integration of "three networks" + the convergence of "five streams", the integration of energy network, communication network, data network, energy flow, information flow, data flow, capital flow and business flow. Build an "energy smart economic form" that is data-driven, human-machine collaboration, cross-border integration, and co-creation and sharing. The energy smart economy is an advanced stage of the development of the digital economy. It is a new economic form defined by "data + computing power + algorithms" with intelligent decision-making and intelligent operation. It is reflected in the "three forces", productivity (the ability to use efficient, green and intelligent energy), problem-solving ability, and digital decision-making ability.
(2) Three major applications of artificial intelligence, the combination of general cognitive large model + private domain model (generative artificial intelligence), visual recognition (image recognition artificial intelligence), and supply and demand prediction algorithm model (recursive + neural network algorithm).
(3) Operation and maintenance management is paperless, human and vehicle management traces are digitized, analysis and diagnosis are intelligent, data is moved to the cloud, services are moved to the cloud, assets are moved to the cloud, computing power is moved to the cloud, and security is moved to the cloud. Jisheng Energy Digital Cloud automatically issues power energy operation safety and quality analysis reports and energy saving and fee reduction improvement opinion reports.
(4) Combining software and hardware, smart products, and cloud connections, encapsulating the trained artificial intelligence system into hardware, giving the product the ability to automatically respond to external changes. Digital twins are combined with physical assets, and software, hardware, and communication equipment are the company's products to achieve integrated construction and full life cycle services.
(5) The application of AI inspection robots enables unmanned inspection and diagnosis. (can see, feel, think, and execute)
(6) Using the Internet of Things development platform technology, functional modules are embedded with intelligent terminals to quickly connect with the company’s own terminal data to achieve rapid personalized customization for customers.
Digital O&M Management
Mobile phone + cloud realize intelligent operation and maintenance of digital, paperless, work orders form a closed loop, work order volume, and work quality data on the cloud.
Carbon Neutrality
Carbon Neutral Concept: Balancing anthropogenic greenhouse gas emissions with anthropogenic greenhouse gas removals over a certain period of time. Nature of carbon neutrality: decoupling economic and social development from fossil resource consumption.
1. Data collection: Find out the "carbon background" of the enterprise, conduct an inventory of carbon emission data, realize carbon emission data monitoring, statistics, accounting, and verification, carefully analyze the sources of carbon emissions, and determine work priorities;
2. Carbon emission prediction: Based on the current status and goals of corporate carbon emissions, simulate and predict the process of carbon emissions;
3. Management goal setting: Based on historical carbon emission data, design a scientific and systematic "dual carbon" top-level plan, research and formulate operable and implementable carbon emission reduction paths and action plans, and introduce an enterprise carbon management system;
4. Implement adjustments: Improve the carbon emission management system, clarify the responsibilities of each department, and provide institutional guarantees.
Combining digital technologies such as 5G, Internet of Things, big data and cloud computing, digital twins, artificial intelligence, and blockchain supports enterprises in completing the construction of carbon management systems.
System-level optimization and control based on big data performance modelling. Modeling and simulation optimization: system control brain, active, dynamic, real-time system optimization.
Low-temperature heat source above 80℃~400℃. Medium-temperature heat source (including flue gas, process hot water). Waste heat recovery and reuse. Power generation efficiency of 5%~8%.
Balance and stabilize the three-phase voltage, filtering harmonics. Reduce surges to achieve energy saving, with an energy saving rate of 3%~5%.
Value for Customers
To achieve optimization of the power system configuration and efficient utilization, Infraswin could provide customers comprehensive digital energy management, which is the unified planning, design and operation of power supply, power grid, load and energy storage.
Products
Contact Us
720 Yuandong Road, Fengxian District, Shanghai, China
+86-19117262310
+44 7398627549
info@infraswin.com