Our Service Advantages
Trendpower has extensive experience in PV-ESS-EV charging applications and delivers a range of flexible, integrated solutions for modern charging stations. These include intelligent PV-ESS-Charging systems, hybrid energy management solutions, and modular containerized energy storage systems. Trendpower helps customers address challenges such as long deployment cycles, grid capacity constraints, and low energy utilization. Its solutions enable cleaner, more efficient, and highly reliable charging infrastructure, making EV charging smarter and more convenient for everyday mobility.
Safe and reliable
It has a complete safety protection strategy, which can effectively deal with overload, short circuit and abnormal power grid conditions;
More than 100MW successful application cases；
Efficient & flexible
The maximum efficiency more than 98.7%;
It can realize the integration of PV, energy storage and battery;
Intelligent& Friendly
Support on/off-grid mode switching function, Support PV MPPT control;
Economical and durable
Smart Energy Monitoring
Trendpower’s Smart Energy Monitoring solution delivers real-time, end-to-end visibility across PV, ESS, and EV charging systems. By seamlessly integrating with BMS and PCS, the platform enables dynamic tracking of key metrics such as SOC, SOH, AC/DC power, and charge/discharge performance. With an intuitive data visualization dashboard, users can clearly monitor energy flow, equipment status, and system efficiency, empowering smarter decision-making, optimized energy utilization, and enhanced operational reliability.
Full Lifecycle Control
The platform seamlessly integrates with BMS and PCS systems, enabling real-time monitoring and full control of battery and energy storage system performance.
Data Visualization
The backend dashboard provides multi-dimensional data insights, clearly visualizing power flow and equipment status. Key metrics such as battery health and energy storage efficiency are presented at a glance.
PCS Operation Page
Displays real-time AC/DC power, cumulative charge and discharge energy, and dynamic charge/discharge power curves.
BMS Battery Management Page
Dynamically tracks trends in battery State of Charge (SOC) and State of Health (SOH) in real time.
Charging Monitoring & Intelligent O&M
Provides 24/7 real-time monitoring of charging and energy storage systems, with remote control and intelligent diagnostics. Enables early fault detection, precise issue localization, and efficient maintenance, ensuring stable and reliable operation.
24/7 Monitoring
Provides 24/7 real-time monitoring of energy storage battery data, including power, current, load curves, and key parameters such as SOC and SOH, with intelligent balancing and protection enabled by the BMS system.
Remote Monitoring
Remotely monitor the real-time operating status of devices, including idle, charging, discharging, and offline states.
Fault Warning
Intelligent diagnostics enable early detection of potential equipment anomalies, such as performance degradation and hidden faults. Precise fault localization helps operators quickly identify root causes, reducing troubleshooting time and improving maintenance efficiency.
Energy Strategy Management
Data-Driven Empowerment
Accurate bidirectional AC/DC metering enables real-time collection of charge/discharge data from energy storage systems and power usage from charging stations, providing reliable data support for enterprise energy management and power dispatch decisions.
Operational Decision Optimization
Energy Efficiency Optimization
Operators can dynamically control the charging and discharging of energy storage systems based on real-time charging demand and available discharge capacity, optimizing energy utilization and system performance.
Peak Shaving & Valley Filling
Flexibly configure pricing models based on regional tariff policies and user needs, and switch operational strategies according to different application scenarios.
Technology & Services
Delivering advanced EV Charging Point Management System Technology & Services tailored to your business needs. We empower operators with bespoke solutions, seamless system integration, scalable architecture, and expert support—ensuring efficient deployment, optimized performance, and long-term success in the evolving EV charging ecosystem.
On-Premises Deployment
Third-party Device Integration and Joint Debugging
Deployment & Maintenance Services
Upstream & Downstream Partnership Matching
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PV-ESS-Charging Solution FAQs
Explore frequently asked questions about PV-ESS-Charging Solutions, covering system integration, energy management, cost optimization, and real-world applications. Learn how solar, energy storage, and EV charging work together to improve efficiency, reduce energy costs, and support sustainable operations for businesses and charging infrastructure providers.
A PV-ESS-Charging Solution integrates solar power (PV), energy storage systems (ESS), and EV charging infrastructure into one intelligent system, enabling efficient energy utilization, cost reduction, and sustainable charging operations.
The system generates electricity from solar panels, stores excess energy in batteries, and supplies power to EV chargers. It can also draw from or feed back to the grid, ensuring stable and optimized energy usage.
Key benefits include reduced electricity costs, peak shaving, improved energy efficiency, enhanced grid stability, and lower carbon emissions, making it ideal for sustainable EV charging infrastructure.
Yes. By using solar energy and storing electricity during low-tariff periods, businesses can minimize reliance on grid power and avoid peak electricity charges, significantly lowering operational costs.
Peak shaving refers to using stored energy during high electricity price periods to reduce grid consumption, helping businesses manage demand charges and optimize energy expenses.
Absolutely. It is widely used in commercial EV charging stations, industrial parks, shopping centers, and fleet operations to improve efficiency and energy independence.
Energy storage ensures a stable power supply, supports fast charging, balances load demand, and prevents grid overload, especially during peak usage times.
Yes. In off-grid or weak-grid areas, the system can rely on solar generation and battery storage to provide reliable EV charging without depending heavily on the utility grid.
The Energy Management System (EMS) acts as the brain of the system, optimizing energy flow, controlling charging and discharging strategies, and maximizing system efficiency.
Yes. It significantly reduces carbon emissions by utilizing renewable energy and improving energy efficiency, making it a key solution for green mobility and smart energy management.