Services
Energy Aggregation
The Energy Aggregation module enables multi-energy complementarity by integrating solar, storage, grid, and EV charging systems into a unified platform. It optimizes energy distribution, reduces park electricity costs, and alleviates load pressure through intelligent scheduling and demand response, ensuring stable, efficient, and low-carbon energy management for sustainable industrial park operations.
Photovoltaic
Real-time monitoring of each PV module and inverter ensures full visibility of power generation performance. The system quickly identifies inefficient or faulty devices, enabling rapid maintenance, reducing energy losses, and maximizing solar power output for higher efficiency and reliable operation.
Energy Storage
The Energy Storage module supports diverse business models, including peak-valley arbitrage, demand management, backup power, and grid frequency regulation. It enables flexible energy optimization, enhances grid stability, and meets varied customer profitability needs while improving efficiency and reducing overall energy costs.
Charging Piles
Upgrade from extensive to refined management with an intelligent charging management system that improves efficiency and user experience. A unified platform manages charging piles, stations, pricing, and billing, enabling smart operations, higher profitability, and scalable, easy-to-replicate deployment for EV charging networks.
Park User Operations
The Park User Operations module aggregates park traffic and connects EV users through charging services, creating a unified digital ecosystem. By enabling business clustering and traffic sharing via a charging pile app, it drives user engagement, supports nearby merchants, and enhances overall commercial value and revenue within the park.
Intelligent Digital Energy
The Intelligent Digital Energy module integrates source-grid-load-storage synergy to enable smart zero-carbon park operations. Featuring an energy data dashboard, digitalized energy stations, and site-wide energy overview, it delivers real-time insights, visualized analytics, and intelligent control to optimize energy efficiency, enhance reliability, and support sustainable, data-driven park management.
Energy Data Dashboard
Digitalized Energy Station
Site Energy Overview
Zero-Carbon Park System Arch
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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Zero-Carbon Park Solution FAQs
Explore frequently asked questions about Zero-Carbon Park Solutions, including renewable energy integration, PV-storage-charging systems, cost reduction strategies, and smart energy management for sustainable industrial parks.
A Zero-Carbon Park Solution is an integrated system that reduces and offsets carbon emissions through renewable energy, energy efficiency, and smart management technologies to achieve carbon neutrality in industrial parks.
It achieves carbon neutrality by combining renewable energy (solar, wind), energy storage, smart grids, and carbon reduction strategies such as energy efficiency and resource recycling.
Core components include photovoltaic systems, energy storage, EV charging infrastructure, microgrids, and intelligent energy management platforms that optimize energy generation and consumption.
By integrating renewable energy and optimizing energy use through smart systems, parks can lower reliance on grid electricity, reduce peak demand charges, and improve overall energy efficiency.
It refers to the combined use of solar power (PV), battery energy storage, and EV charging systems to create a balanced, efficient, and low-carbon energy ecosystem within the park.
Smart systems provide real-time monitoring, data analytics, and automated control to optimize energy distribution, reduce waste, and enhance operational efficiency across the park.
Microgrids enable localized energy generation and distribution, improving energy reliability, supporting renewable integration, and reducing dependency on centralized power systems.
Yes, they can create new revenue streams through energy trading, improved operational efficiency, reduced costs, and enhanced sustainability credentials that attract investors and tenants.
Industrial parks are major energy consumers and emitters, making them critical for achieving global carbon reduction and climate goals through large-scale clean energy adoption.
Manufacturing, logistics, data centers, and high-energy industries benefit the most by reducing emissions, lowering energy costs, and meeting ESG and regulatory requirements.