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No. 1788 Jinggang Rd, Shushan Qu, He Fei Shi, An Hui Sheng, China
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Intelligent battery energy storage designed for commercial & industrial facilities — maximising energy value, reducing costs, and ensuring power continuity.
Get A QuoteIndustrial parks and large manufacturing plants are characterised by high power consumption, long high-load periods, and significant equipment energy demand. an energy storage system can realise local peak-valley arbitrage to reduce electricity costs — cutting peak power demand and capacity fees to achieve a substantial reduction in corporate electricity expenses.
At the same time, the energy storage system further enhances the park's distributed photovoltaic and other renewable energy consumption ratio, helping enterprises to achieve carbon reduction targets and ESG commitments.
Our C&I ESS solutions are purpose-engineered for facilities where power quality, continuous availability, and cost efficiency are non-negotiable — from manufacturing plants and data centres to logistics hubs and commercial complexes.
The Aurea C&I ESS integrates solar generation, grid supply, battery storage, and intelligent dispatch into a single unified platform — managed by a cloud-based EMS accessible from anywhere.
Figure — Aurea C&I Energy Storage System Architecture (Solar + Grid + Battery + EMS + Load)
Six core capabilities that make the Aurea C&I ESS the preferred choice for commercial and industrial energy storage deployments worldwide.
Modular design supports large-scale energy storage needs, allowing flexible capacity expansion from hundreds of kWh to multi-MWh as business demands grow — with zero system downtime during expansion.
Reduces peak demand charges and optimises energy consumption through intelligent load management and peak-valley arbitrage — lowering total electricity costs by up to 60% for C&I facilities.
Advanced battery management system (BMS) ensures consistent power supply and real-time fault detection, minimising downtime for critical industrial operations and protecting sensitive equipment.
Efficient energy arbitrage and participation in demand response programmes accelerate payback periods. Most C&I installations achieve full ROI within 3–5 years with ongoing annual savings thereafter.
Seamless integration with rooftop solar and wind generation reduces reliance on the grid, ensuring energy security during outages and protecting against volatile grid tariff increases.
AI-driven monitoring and remote control enable real-time optimisation of charge-discharge strategies for maximum efficiency. Full visibility via cloud dashboard and mobile app — iOS & Android.
From 50kWh cabinet systems to 4MWH containerised platforms — Aurea offers a complete C&I product line built around Grade-A LFP cells, liquid cooling, and smart EMS control.
