Lanxi Cement Plant
Liquid-Cooled ESS.
0.7 MW / 1.505 MWh
Seven 100 kW / 215 kWh integrated liquid-cooling cabinets delivering user-side peak shaving and valley filling for a cement concrete products manufacturer.
High tariffs, heavy
industrial loads.
A cement and concrete products manufacturer in Lanxi, Zhejiang faced rising electricity costs driven by high peak-hour tariffs and an energy-intensive production profile. Traditional manufacturing of this kind needs a green transformation path that cuts operating costs without disrupting output.
Hua Power deployed a user-side energy storage system to capture the daily peak-valley price spread, flatten the plant's demand curve, and bring clean, controllable energy management to a conventionally heavy-load site.
Seven Cabinets,
One Coordinated System.
The system is built from seven 100 kW / 215 kWh integrated liquid-cooling cabinets (HC215-class outdoor liquid-cooled ESS) wired in parallel for a total rating of 0.7 MW / 1.505 MWh. Each cabinet is an IP54 outdoor enclosure with its own liquid-cooling loop, BMS, and perfluorohexanone fire suppression.
Cloud-based EMS coordinates the seven units as a single fleet — charging during valley hours from cheap off-peak power and discharging during peak hours to offset expensive grid tariffs. Together with the plant's existing switchgear, the installation brings green transformation to a traditionally heavy-load manufacturer.
Total Power
0.7 MW
Total Capacity
1.505 MWh
Units
7 Cabinets
Cell ΔT
≤ 2 °C
Cycle Efficiency
> 87%
Location
Lanxi, Zhejiang
Peak shaving and valley filling, every day.
Peak Hours
Cabinets discharge to offset expensive grid tariffs during peak periods, reducing the plant’s demand and energy charges.
Valley Hours
System recharges from cheap off-peak grid power, preparing a full energy buffer for the next peak window.
Daily Cycle
Seven cabinets run in parallel under cloud EMS coordination to smooth loads and capture daily peak-valley spread.
From the plant
in Lanxi.
Engineered for
Industrial Duty.
Cell-Level Thermal Uniformity
Integrated liquid cooling holds cell-to-cell temperature difference to ΔT ≤ 2 °C across the pack, keeping every cell in its optimal operating window.
>87% Round-Trip Efficiency
System cycle efficiency above 87% maximizes the value captured from peak-valley arbitrage and reduces conversion losses on every cycle.
+20% Longer Service Life
Tight thermal control and precision BMS extend battery service life by approximately 20% over comparable air-cooled designs.
Perfluorohexanone Fire Suppression
C6-fluoroketone (perfluorohexanone) suppression system rapidly detects and extinguishes cell-level thermal events without damaging surrounding equipment.
IP54 Outdoor-Rated Enclosure
IP54 protection allows outdoor deployment at the plant site — dust-protected and splash-proof against rain and washdown.
Cloud-Based EMS
Cloud EMS provides remote monitoring, alarms, and scheduling across the seven cabinets — operators see real-time status and dispatch from anywhere.
Commercial & Industrial
Energy Storage.
Peak shaving, valley filling, and demand charge reduction for industrial sites. The 100 kW / 215 kWh integrated liquid-cooling cabinet used here is part of our broader C&I storage portfolio.
Cut your industrial electricity bill.
Share your tariff structure and load profile. Our engineering team will size a liquid-cooled peak shaving system for your site.