Tsubasavolt Intelligent Photovoltaic Energy Storage And Charging Integrated Management System

Through the smart energy management platform, digital management and analysis of photovoltaic energy are realized.

Four Technologies
IoT Technology

Real-time communication connection of power station,
equipment and energy hardware

AI Technology

Advanced algorithm model, high-precision and accurate
prediction and analysis, intelligent algorithm selection and
matching

Digital Twin Technology

Station/equipment model data, multi-dimensional
parameter analysis and diagnosis, intelligent battery safety
and health assessment

Big Data Technology

Advanced platform architecture, massive data storage,
extremely fast and stable transmission and processing,
data mining and intelligent analysis

Integrated Intelligent Energy
Management Platform -- A Digital
and Intelligent Cloud Platform for
Energy Conservation and
Emission Reduction

This platform provides scientific management of diverse energy resources, such as
water, electricity, gas, and heat, encompassing integrated planning, optimized
operation, balanced dispatch, and effective energy conservation and emission
reduction strategies. Utilizing IoT, digitalization, and AI, it empowers businesses to
enhance energy supervision and decision-making capabilities, improve energy
efficiency, reduce operational costs, and achieve energy-saving and carbon
neutrality goals.

Intelligent Multi-Energy Monitoring

Supports real-time monitoring of water, electricity, gas,
and heat resources, and data analysis through metering,
comparison, and aggregation.  A digital twin "energy
cockpit" provides a comprehensive view of energy
consumption patterns.

Intelligent Energy Diagnostics

Leverages big data and cloud computing power for real-
time diagnostics of energy flow at each node. Identifies
and analyzes anomalies such as exceeding thresholds,
sudden surges, or drops to ensure energy use safety.

Intelligent Energy Efficiency
Optimization

Utilizes AI technology and multi-point linkage control for
intelligent regulation and optimization of various energy
systems.  Develops algorithmic models and employs
machine learning to determine optimal energy efficiency
solutions.

Digital Carbon Management

Built-in carbon factor library enables enterprises to
monitor, manage, and analyze carbon emissions.
Provides product carbon footprint services and interfaces
with third-party authoritative certification bodies for
verification, certification, and disclosure.

Intelligent Photovoltaic Energy Storage And Charging Integrated Management System

This is an energy management solution that deeply integrates photovoltaic power generation, energy storage optimization, and smart charging technologies, dedicated to building an efficient, clean, and sustainable energy application ecosystem for users. Through digital intelligent regulation, the system achieves coordinated "generation-storage-consumption" across the entire chain, supporting industrial, commercial, public facilities, and community scenarios in upgrading their energy structures and achieving low-carbon operations.

High-Efficiency Photovoltaic
Power Generation

The system integrates high-conversion-efficiency PV modules with intelligent MPPT controllers to maximize solar energy utilization. It supports flexible deployment in diverse scenarios such as rooftops, carports, and ground-mounted installations, increasing daily power generation by 15%-25% and delivering stable, clean electricity to users.

Intelligent Energy Storage Dispatch

Equipped with high-performance lithium battery storage and AI-powered load forecasting algorithms, the system enables dual-mode operation of "peak-valley arbitrage + demand management." By analyzing real-time electricity pricing and consumption needs, it automatically adjusts charging/discharging strategies, reducing overall energy costs by over 30% while ensuring backup power during extreme weather or grid failures.

Flexible Charging Network

Featuring 120kW-480kW smart charging stacks, the system supports V2G (vehicle-to-grid) interaction and dynamic power allocation across multiple charging guns. Charging piles intelligently adjust output based on PV generation, battery reserves, and grid load, achieving 100% renewable energy utilization and boosting single-station operational revenue by 40%.

Household Energy Ecosystem

User App: Effectively monitor, manage, and optimize home energy consumption,
submit online repair requests and diagnostics for peace of mind.
Dealer Web Portal: Manage equipment inventory and flow, dispatch installation and
maintenance work orders, monitor installed equipment status for easier operations.
Installer App: Receive operation and maintenance work orders and terminal repair
information, ensuring top-notch after-sales service for every customer.

Monitoring & Analysis

Real-time collection of household energy consumption
data, which is then analyzed and processed to provide
customers with detailed energy consumption reports and
trend charts.

Optimization Recommendations

Based on in-depth analysis of energy consumption data,
intelligently provide users with targeted energy-saving
suggestions and optimization solutions to help them
achieve energy conservation and emission reduction.

Convenient Operation

Enable remote control and convenient operation for easy
management of home energy, ensuring safe and efficient
energy use.

Security Warning

Real-time monitoring of home energy usage anomalies,
identifying potential safety hazards, and immediately
sending alerts to users, effectively preventing energy
waste and accidents.

Cooperation Cases
Self-developed microgrid
demonstration station

Helping factory to
save energy and reduce
emissions

Helping Geely Hangzhou Bay
Plant in Energy Saving and
Emission Reduction

Helping the construction of
Wufengshan energy storage
power station

Comprehensive solution
Provide you with advanced products and professional solutions

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