Lithium iron phosphate energy storage system E/Scal 6
Li-ionhigh-capacity

Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity - image - 2
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity - image - 3
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity - image - 4
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity - image - 5
Lithium iron phosphate energy storage system - E/Scal 6 - Cegasa Energía SLU - Li-ion / high-capacity - image - 6
Add to favorites
Compare this product

Characteristics

Battery type
lithium iron phosphate, Li-ion
Other characteristics
high-capacity
Voltage

Min.: 173 V

Max.: 864 V

Energy capacity

Min.: 17 kWh

Max.: 345 kWh

Power

Min.: 9 kW
(12.24 hp)

Max.: 45 kW
(61.18 hp)

Description

E/Scal 6 is a modular, stackable lithium‑ion energy storage system for commercial and industrial applications, scalable from 17 kWh to 345 kWh and designed for self‑consumption, peak shaving and microgrids.

Key features
  • Modular, stackable design with plug & play mechanical and electrical connections for fast, tool‑free installation.
  • Flexible capacity: scalable per string from 17 kWh (3 modules) up to 86 kWh (15 modules); up to 4 strings in parallel for higher system capacity.
  • Smart string management system for optimized performance, balancing and load control.
  • High safety using LFP cell chemistry with integrated pre‑charging system and circuit breaker.
  • Remote monitoring and configuration: integrated Wi‑Fi and Bluetooth module for setup, monitoring and diagnostics.
  • Broad compatibility with major commercial and industrial inverters.


Modules / Per-string technical table
  • Header: MODULES | Energy (kWh) | Nominal voltage (V) | Recommended current (A) | Nominal power (kW) | Dimensions (mm) | Weight (kg)
  • 3 | 17 kWh | 173 V | 50 A | 9 kW | 706x375x870 (single‑height) | 175 kg
  • 4 | 23 kWh | 230 V | 50 A | 12 kW | 706x375x1050 (single‑height) | 225 kg
  • 5 | 29 kWh | 288 V | 50 A | 15 kW | 706x375x1230 (single‑height) | 280 kg
  • 6 | 35 kWh | 346 V | 50 A | 18 kW | 706x375x1410 (single‑height) | 330 kg
  • 7 | 40 kWh | 403 V | 50 A | 21 kW | 706x375x1590 | 385 kg
  • 8 | 46 kWh | 461 V | 50 A | 24 kW | 706x375x1770 (single‑height) | 435 kg
  • 9 | 52 kWh | 518 V | 50 A | 27 kW | 1450x375x1230 | 495 kg
  • 10 | 58 kWh | 576 V | 50 A | 30 kW | 1450x375x1410 | 545 kg
  • 11 | 63 kWh | 634 V | 50 A | 33 kW | 1450x375x1230 | 600 kg
  • 12 | 69 kWh | 691 V | 50 A | 36 kW | 1450x375x1590 | 650 kg
  • 13 | 75 kWh | 749 V | 50 A | 39 kW | 1450x375x1590 | 700 kg
  • 14 | 81 kWh | 806 V | 50 A | 42 kW | 1450x375x1770 | 755 kg
  • 15 | 86 kWh | 864 V | 50 A | 45 kW | 1450x375x1770 | 805 kg


Technical specifications
  • Technology: LFP (Lithium Iron Phosphate) cells for enhanced thermal and chemical stability.
  • Modularity: up to 15 modules per string; up to 4 strings in parallel (system capacity up to 345 kWh).
  • Single‑string capacity range: from 17 kWh (3 modules) up to 86 kWh (15 modules).
  • System capacity: up to 345 kWh with 4 strings in parallel.
  • Recommended current per string: 50 A (typical recommendation).
  • Nominal power per string: from 9 kW (3 modules) up to 45 kW (15 modules), depending on configuration.
  • Dimensions & weight: configuration‑dependent (see Modules table for per‑configuration dimensions in mm and weights in kg).
  • Installation: plug & play mechanical and electrical system with self‑supporting structure for quick assembly; no additional tools required for connections.
  • Controls & monitoring: integrated control and protection system; remote management via Wi‑Fi and Bluetooth for configuration, monitoring and diagnostics.
  • Safety features: integrated pre‑charging system and circuit breaker; LFP chemistry for improved safety.
  • Compatibility: compatible with major market inverters for commercial and industrial integration.
  • Typical applications: self‑consumption, peak shaving, microgrids, support for EV charging, industrial self‑consumption, energy communities.
  • Certifications & documentation: technical datasheet, Lithium‑Ion safety datasheet, CE declaration, IEC 62619/62620 and UN 38.3 certificates available for download.

VIDEO

Catalogs

Exhibitions

Meet this supplier at the following exhibition(s):

Intersolar 2026
Intersolar 2026

23-25 Jun 2026 Munich (Germany) Hall B1 - Stand 409

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.