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Three Major Application Scenarios
Ensure the operation of core loads: provide highly reliable power for communication base stations, island equipment, remote sites, etc., completely avoiding the risk of power outages Seamless switching and autonomous operation: In the event of a main grid failure, seamlessly switch to off grid mode instantly to ensure the continuous and stable operation of critical energy consuming equipment.
Fine control of energy costs: Integrate distributed energy sources (such as photovoltaics and energy storage) within the park to achieve self use and peak valley regulation, significantly reducing electricity costs. Comprehensive improvement of energy efficiency: achieving efficient collaboration and intelligent scheduling of energy within the park to enhance overall energy utilization efficiency and operational resilience.
Power supply guarantee for important facilities: Build a strong power defense line for key public facilities such as hospitals, data centers, and transportation hubs to ensure continuous power supply in extreme situations Green and low-carbon energy consumption model: Promote large-scale on-site consumption of renewable energy in building complexes, and create efficient, clean, and low-carbon urban energy application models.
Ark Intelligent Microgrid
It encompasses source‑grid construction centered on photovoltaic power generation, as well as load‑side development focused on energy consumption management, thereby establishing an integrated micro‑power station that seamlessly integrates generation, grid, and load.
Intelligent Control System
The Ark, through its intelligent control system, achieves optimized scheduling and management of energy within the microgrid, thereby enhancing system operational efficiency and reliability.
Grid-connected microgrid
Microgrids connected to the State Grid not only meet local users’ electricity demand but also feed surplus power back into the grid, thereby enhancing energy utilization efficiency.
Off-grid microgrid
In remote areas and on islands, building off-grid microgrids that integrate solar, wind, energy storage, and other renewable sources can achieve local energy self-sufficiency and address electricity supply challenges. With surging demand for rural electrification, off-grid microgrids hold significant potential.
With innovation as the vessel and green as the sail
Embarking on a journey toward sustainable development with the Ark, reaching for the stars and the vast ocean.
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