City Jiaxing is characterized by an extensive river network and interconnected waterways.The Jiaxing High-Speed Railway New Town Cultural Center is located on a riverside peninsula and has been carefully designed to become an open, inclusive, and iconic urban cultural landmark.
As a core supporting facility of the “One Park, Seven Centers” super future community in the Shuangxi Lake area of Jiaxing Economic Development Zone, the project has attracted significant attention and high expectations since its planning stage.
From the very beginning of its design, the project followed the principle of not obstructing the waterfront and actively integrating with nature.
It transforms diverse cultural functions such as performances and exhibitions into “seeds” that grow within this ecologically rich landscape, forming an open, functional, and vibrant public building.
As the building embraces both the city and nature with an open posture, the Power Router serves as the energy dispatch hub, enabling stable and efficient coordination between the building and its energy system.
▍Landmark Deployment of Smart Energy System
As a landmark building in the Yangtze River Delta transportation hub region, the Jiaxing High-Speed Railway Cultural Center has adopted the DZ-DCnex PR7-250K multi-port PV + Storage + DC Flexible Power Router as a first implementation.
With a one-stop energy management solution, it effectively addresses key challenges in large buildings such as:
- High energy consumption
- Difficult load dispatching
- Lack of system flexibility
It has become a new benchmark for green building transformation.
▍One Device for Full-Senario Energy Management
Traditional building energy systems often face challenges such as:
- Distributed equipment
- Incompatible interfaces
- Low operational efficiency
Systems like PV, energy storage, EV charging, and HVAC typically operate independently, leading to high construction costs and complex maintenance.
The core advantage of the Power Router lies in its integrated system design, enabling a single device to connect the full building energy chain including:
- PV generation
- Energy storage
- EV charging
- HVAC systems
- AC grid access
- DC loads
It integrates seven key functional ports to support all energy scenarios of the Jiaxing High-Speed Railway Cultural Center.
This includes:
- Bidirectional grid power exchange
- Efficient EV charging
- Direct utilization of solar energy
- Peak shaving and valley filling via energy storage
- DC power supply for building HVAC and low-voltage systems
A single device enables full coverage without the need for additional complex auxiliary systems.
This significantly reduces equipment investment and construction costs, transforming building energy management from a multi-system patchwork into a one-stop integrated solution, greatly simplifying both deployment and O&M.
▍Dual Benefits: Cost Reduction and Efficiency Improvement
For large-scale buildings, the core requirements of energy management are always cost reduction and efficiency improvement. GCEVO Energy addresses both directly through real-world application scenarios.
Cost Reduction
- DC direct power supply reduces conversion losses
- Energy storage enables peak shaving and valley filling strategies
- Effectively reduces electricity costs during peak pricing periods
- Reduces equipment procurement and installation costs
- Simplifies long-term maintenance and operation
Efficiency and Value Enhancement
- Enables efficient utilization of photovoltaic energy
- Transforms buildings from “energy consumers” into energy producers and managers
- Improves overall energy utilization efficiency
- Supports achievement of zero-carbon building targets
The implementation of the PV + Storage + DC Flexible system at the Jiaxing High-Speed Railway Cultural Center fully demonstrates the market value of the Power Router.
It is no longer just a power conversion device, but a core enabler of building energy transformation.
Whether applied in:
- Railway hubs
- Commercial complexes
- Data centers
- Industrial parks
This solution can be flexibly adapted to diverse energy scenarios, providing a practical, scalable, and highly effective pathway for building energy upgrades.
It is driving more buildings toward a new era of green, efficient, and intelligent energy management.
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