On April 21, 2023, the Huizhou Administrative Center officially launched its integrated charging station for photovoltaic power generation, energy storage, and vehicle charging. Developed by Sano Energy, the project aims to:
Demonstrate sustainable energy solutions for public-sector parking lots.
Promote energy conservation and low-carbon lifestyles across society.
Pioneer innovations in achieving China’s "dual carbon" goals.
Key Features of the Integrated Charging Station
Advanced Photovoltaic Charging Technology:
Combines solar power generation, energy storage systems, and intelligent charging piles.
Alleviates grid pressure while utilizing clean energy with no environmental or noise pollution.
Supports peak shaving, smooths charging load fluctuations, and enhances grid reliability.
Operates with a "low-carbon" or even "zero-carbon" footprint.
Facility Specifications:
Covers 1,400 square meters with a total charging capacity of 1,300kW.
Equipped with:
360kW split-type DC charging piles.
180kW dual-gun DC integrated charging piles (four units).
6.6kW bidirectional DC charging piles.
Intelligent AC charging piles, enabling simultaneous charging for 45 vehicles.
Features a 145kW photovoltaic canopy that generates 360 kWh daily, reducing annual carbon emissions by 170 tons.
Intelligent Energy Management System:
Developed by Sano Energy to manage photovoltaic systems, charging piles, and the power grid.
Utilizes smart control strategies for optimal energy flow and system performance.
Represents globally leading technology in sustainable energy management.
Significance and Impact
Addresses Growing EV Charging Demand: Supports the rapid development of China’s electric vehicle market.
Reduces Emissions: Plays a key role in cutting transportation and energy-related carbon outputs.
Supports "Dual Carbon" Goals: Aligns with national objectives for carbon reduction and sustainability.
Showcases Innovation: Reflects Sano Energy’s leadership in clean energy, energy digitization, and the electrification of global transportation systems.
This project underscores Sano Energy’s ongoing commitment to advancing sustainable energy solutions and fostering a low-carbon future.
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