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企业级数智化电能

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DIGITAL ENERGY SOLUTION

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Integrated solution for Solar Power Storage, Charging, and Swapping

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　Overview of the Plan
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"Integrated Solar PV power solution refers to the technology that integrates PV power generation, energy storage, and electric vehicle charging and swapping functions into one system. By combining solar PV power generation systems, energy storage systems, and charging and swapping power station systems, efficient energy utilization and comprehensive optimization are achieved through intelligent management and coordination.

Overview of the Plan
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"Integrated Solar PV power solution refers to the technology that integrates photovoltaic power generation, energy storage, and electric vehicle charging and swapping functions into one system. By combining solar PV power generation systems, energy storage systems, and charging and swapping power station systems, efficient energy utilization and comprehensive optimization are achieved through intelligent management and coordination.

Applications
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Applications
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Public Charging Station

Free ceiling space

Single source of income

Operating Charging Stations

Free ceiling space

High power consumption

Industrial Park

High power consumption

Abundant spatial resources

Home use

Free roof space

Lack of emergency capability

Smart City

Unable to unify supervision

Missing relevant data

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Zero Carbon Smart Park Solution

Integrated Monitoring System for Substations

Smart SMO Intelligent Distribution Room Solution

Integrated solution for Solar Power Storage, Charging, and Swapping

Managing Platform

Energy Monitoring centralized control center Assessment Management Smart Report Digital Intelligence Large Screen carbon emission management

Safety Service

Display: Overall energy consumption display of the park.

Sub item display: The proportion of electricity consumption for different buildings, classified sub loads, etc

Regional statistics: display data on different production and living areas.

Trend analysis: Visualize energy consumption usage through year-on-year and month on month comparisons

Safety Service

Connect local control units, central control center subsystems, and cloud data links

Centralized analysis and processing of data, setting of warnings, energy consumption indicators, energy efficiency indicators, strategy adjustment of operation mode and parameter setting

Dynamic parameter tuning of edge cloud collaborative devices, with bottom-up and top-down loop optimization

Safety Service

1) Energy target management

Energy target setting, product consumption setting, production plan setting

2) Energy target assessment

Energy KPI assessment and various benchmarking analysis

Safety Service

1) Template report generation

Energy consumption statistics table

Energy cost statistics table

Relative fixed energy consumption statistics table

Energy purchase, sales, and inventory statistics table

Key departments/units statistics table

Monthly statistical report

2) Custom Report Query

• Reports can be queried based on selected criteria (including time and date, cost part, energy type, etc.)

Support zero code drag and drop report generation method

Safety Service

1) 3D digital twin

By simulating and visualizing real-time data, the real operating status of the energy system is presented, providing accurate decision support and predictive analysis

2) Modular visualization

Support customized modular interfaces, allowing users to flexibly configure and display different energy control information according to their needs

3) Support on-demand customization

According to user needs, the platform provides personalized customized services to meet the control needs and specific business scenarios of different energy parks

Safety Service

1) Monitoring

By using data collection devices suitable for different scenarios and based on relevant methodologies, monitor the scope one (carbon emissions during production), scope two (indirect carbon emissions caused by energy use), and scope three (carbon emissions generated upstream and downstream of the industry) of the enterprise

2) Report

Based on real platform data, the measured data will be presented and reported to society in a standardized manner (such as ESG reports), reflecting the social responsibility of enterprise entities in the carbon neutrality cause

3) Verification

Independently review and verify the data and information in the report through relevant certification bodies to ensure the accuracy and authenticity of carbon emissions. In China, emission control enterprises mainly refer to the payment of carbon quotas, while non emission control enterprises mainly refer to resource emission reduction certification represented by CCER

Programe Value