10MWh Modular LFP or Sodium Storage Systems — Uses 29% Less Land
Parasol Elite Power's BESS platform is sold in 10 MWh sets — two 5 MWh all-in-one 20 ft containers paired with one power booster container. Available in four C-rate configurations and a DC-output variant that eliminates the power booster entirely.
Purpose-Built for Behind-the-Meter Power
Every Parasol BESS deployment starts with a 10 MWh set: two 5 MWh all-in-one 20 ft containers, each housing cells, BMS, thermal management, and controls, paired with a single power booster 20 ft container for AC output. That's 3 containers per set versus the 4 required by traditional systems — a 29% reduction in land use that accelerates site permitting, reduces civil work, and lowers total installed cost. Scale to any project size by adding sets.
System Configurations
All four configurations store 10 MWh per set — the C-rate determines how fast that energy charges and discharges, setting the peak power output and discharge duration. Select the rate that matches your application's power and duration requirements.
Standard 10 MWh Set — AC Output
Long-duration energy shifting, renewable firming, and peak demand management over extended windows. Ideal for utilities, microgrids, and facilities with broad daily load variation.
Balanced long-duration configuration for behind-the-meter energy shifting and backup applications requiring extended run time at moderate power output.
The most common behind-the-meter configuration. Balances energy capacity with power output for peak shaving, backup power, and grid independence applications.
High-power configuration for demand charge reduction, frequency regulation, and applications requiring full capacity discharge within one hour.
DC Output Configuration
Specify DC output and the power booster container is not required. Each 5 MWh all-in-one container delivers DC directly to your bus — reducing footprint, eliminating AC conversion losses, and simplifying integration with DC-coupled generation sources, EV charging infrastructure, and industrial DC loads.
No Power Booster Required
DC output eliminates the third container per set, reducing site footprint and capital cost.
Higher System Efficiency
Bypass AC conversion stages entirely. DC-coupled systems achieve higher round-trip efficiency than AC-coupled equivalents.
Direct DC Bus Integration
Native interface with DC microgrids, solar arrays, fuel cells, and DC loads without additional conversion hardware.
Engineered for Behind-the-Meter Performance
LFP Cell Chemistry
Lithium iron phosphate chemistry delivers superior thermal stability, long cycle life, and safe operation in demanding industrial environments.
All-in-One 20 ft Container
Each 5 MWh container integrates cells, BMS, thermal management, fire suppression, and controls in a standard 20 ft ISO footprint.
Modular Scalability
3 containers per 10 MWh set versus 4 in traditional systems — 29% less land use. Add sets to reach any project capacity; each set is independently operable, simplifying phased deployment and future expansion.
Active Thermal Management
Precision liquid cooling maintains optimal cell temperature across all operating conditions, maximizing cycle life and performance.
Advanced BMS
Cell-level battery management system monitors state of charge, state of health, and temperature across every cell in the stack.
Parasol EMS Integration
Deep integration with the Parasol Energy Management System enables coordinated dispatch, demand response, and real-time optimization.
Technical Specifications
PEP-5MW-50 LFP
Full technical specifications, system diagrams, and configuration details for the Parasol 5 MWh LFP all-in-one container.
Configure Your Storage System
Parasol's engineering team will help you select the right C-rate, output type, and number of sets for your application. Download the PEP-5MW-50 LFP product brochure or contact us to discuss your project.