Energy Time Shift

Cell Technology: Li-ion
Nominal Energy: 1518 ~ 2530
Region: United States
Model no. :

The Cat® ETS and ECE container modules are a scalable and rapidly deployable energy storage system. The energy storage system integrates with solar or other renewable sources to store energy from the
overproduction of the renewable source for use when the renewable source is not available. Cat energy
storage systems provide temporary backup power to facilities in the event of a power outage.

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Product Info The minimum quantity order is a 20Ft container.

CAT Li-ion Battery Capacity, Prices, Reviews.

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Battery Features

Features

Reliable, Modular and Scalable
The Cat ETS and ECE modules are robust and consist of pre-engineered containers that are easily installed on site. Multiple energy storage modules may be operated in parallel to provide increased power output and/or increase the battery energy capacity. Installed modules allow optimized genset operation.

Renewable Integration
The energy storage modules are designed to work with an array of renewable systems, including solar and wind. Seamless integration with the Cat® Microgrid Master Controller (MMC) allows for maximum renewable penetration and full asset
control. The onboard multi-mode Cat® BiDirectional energy storage inverter is capable of grid forming allowing generator set(s) to be completely switched off, further reducing fuel consumption and operating costs.

Grid Stabilization
The ETS module also protects against many typical power problems, including grid outage, voltage sags/surges, and under/over frequency conditions.

Cat Bi-Directional Energy Storage Inverter
The Cat BDP1000 inverter is the core to the energy storage system. Based on technology developed for Cat electric drive machines, the Cat BDP provides exceptional reliability, durability and features that include:

  • Controls for the charging and discharging of the energy storage equipment.
  • 2 per unit fault current capability
  • Static VAR compensator
  • Four-quadrant output power factor control
  • Dual parallel control of two inverter halves
  • Patented nonlinear droop for tight control of voltage and frequency
  • Seamless mode transfer
  • Automatic anti-islanding
  • Grid forming, grid firming, and grid following modes
  • Autonomous mode or Remote-Control mode
  • Parallel ready – multiple modules may be used in parallel to increase total output up to 100+MW)

Energy Storage
Advanced lithium-ion batteries provide energy density, high discharge/recharge efficiency, and long cycle life.

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