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electricity-gb62041051_1920_11zon
A BESS DESIGNED FOR TODAY'S
ENERGY NEEDS AND A SUSTAINABLE
FUTURE

SECURE POWER FOR THE WORLD
electricity-gb62041051_1920_11zon
UNLOCKING THE SMART GRID ERA BY PROVIDING ADVANCED
ESS BATTERY PRODUCTS

SECURE POWER FOR THE WORLD
electricity-gb62041051_1920_11zon
A BESS DESIGNED FOR TODAY'S
ENERGY NEEDS AND A SUSTAINABLE
FUTURE

SECURE POWER FOR THE WORLD
electricity-gb62041051_1920_11zon
UNLOCKING THE SMART GRID ERA BY PROVIDING ADVANCED
ESS BATTERY PRODUCTS

SECURE POWER FOR THE WORLD
electricity-gb62041051_1920_11zon
A BESS DESIGNED FOR TODAY'S
ENERGY NEEDS AND A SUSTAINABLE
FUTURE

SECURE POWER FOR THE WORLD
electricity-gb62041051_1920_11zon
UNLOCKING THE SMART GRID ERA BY PROVIDING ADVANCED
ESS BATTERY PRODUCTS

SECURE POWER FOR THE WORLD

First rate battery cell technology

First rate battery cell technology

Lithium Iron Phosphate (LFP), Razor cell technology, is the safest battery in the global market. The Life Cycle of Razor Cells are 5,000-8,000 full cycles (100% DoD).

Versatile Footprint

Versatile Footprint

The dimensions of the cells allow for an effective design and packaging to meet customer requirements from 500kWh to 3.5mWh per container.

Energy Storage Systems Explained

Battery storage is a scalable technology that enables power system operators, utilities, commercial and residential clients to store energy for later use. A battery energy storage system (BESS) is an electrochemical device that charges (or collects energy) from the grid or a power plant and then discharges that energy at a later time to provide electricity or other grid services when needed. 

A Pryzmatiq BESS can enhance a power systems flexibility and enable high levels of renewable energy integration safely while unlocking additional savings or revenue streams through arbitrage, firm capacity, transmission and distribution replacement and deferral, operating reserves, and black-start’s.

The scalability and turnkey simplicity of battery energy storage make these systems economically viable. For utility-scale customers, ESS’s can be utilized to address the demands for reserve capacity, peak shaving, frequency regulation, and voltage control to the grid. A case study example is below.

Platform bess microgrid solution

Features & Benefits

Cell Specs

Project Summary

Energy storage system

Core Competitiveness

Utilizing world-renowned technology and mass production capability we are pioneering the BESS market with full production assembly in the US.

We are able to provide our commercial customers with a BESS engineered to the clients specifications.

The same core technology found is our commercial systems are utilized in our turn-key residential BESS.

ENERXIA PARAMATERS

Note: Bulk, Absorption, Float and Equalize are not applicable to lithium batteries but are included here with the correct numbers to input into your charge controller as they are our most commonly requested parameters

 

  • Charge Voltage: 58.8V
  • Vulk Voltage: 58.8V (Not Applicable to Lithium Batteries)
  • Absorption Voltage: 58.8V (Not Applicable to Lithium Batteries)
  • Float Voltage: 58.8V (Not Applicable to Lithium Batteries)
  • Equalize: Off (Not Applicable to Lithium Batteries)
  • Low Voltage Cutoff: 43V
  • High Voltage Cutoff: 58.8V
  • Suggested Inverter Low Voltage Setting: 44V – 45V

Battery Specs

BMS SPECS

BATTERY SIZE

Compact Size

Versatile low-profile cell

Long Battery Life

Industry-leading maximum cycle life

Scalable capacity

Can combine up to 8 units in parallel.

Proven Safety Features

Active Fire Suppression system (to protect from external fires)