INTRODUCING SKID1 - 
A COMPLETE ENERGY STORAGE SYSTEM IN A SKID MOUNTED BOX.  HIGH POWER, LONG LIFE, EASY HANDLING.

 

SKID1 - SELF CONTAINED SYSTEM AND BASE MODULE

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Standalone power burst energy storage system

132 kW power output

1 kWh storage

90% + round trip efficiency
1,000,000 cycles (design life)

+20-year energy storage module life

5-year or 1,000,000 cycles major service interval

~1000 cycles per day capability

DC-bus ready

400-810 Volt DC

Internal or external positioning on convenient skid

1m * 1m * 2m

800 kg

Safe for mounting in vicinity of personnel

Remote controlled

Data acquisition gives power and energy usage insights

PLC configurable per application

Array capability for x-times power and energy

 

CONTAINER_1 - BUILT USING SKID1 MODULES TO DELIVER 1MW IN A CONTAINERISED FORMAT

CONTAINER1

Containerised power burst energy storage system
1056 kW power output
8 kWh storage
10,000 kg (est)
All the features of the Skid_1 installed in a convenient ISO-container format
Can be configured for n+1 failure modes

 

OUR ADVANCED TECHNOLOGY'S FEATURES:

LONG LIFE

1,000,000s of duty cycles, 20+ years as standard, refurbishment gives a 2nd life.

HEAVY DUTY CYCLE

1000 cycles a day, the system can endure heavy use and no waiting for extended charging.

INSTANT POWER

132kW per box within milliseconds, designed to deliver high power charges/discharges.

DC-BUS READY

Designed for connection to industrial and grids, with DC connection 400-810V.  Few requirements for additional converters.

HIGH POWER & MODULAR

132kW per box, boxes can be chained together for x-times kW or containerised to deliver 1MW or more.

HIGH EFFICIENCY

90% total round trip efficiency at low costs by using high efficiency motors and value engineered low drag systems.

CONVENIENT FORM

Skid mounted (750 kg) or ISO-container variant.

WIDE OPERATING TEMP

On-board liquid cooling.  Recommended operating temperatures -10°C to 40°C.

SUSTAINABLE

Low embedded C02, no toxic batteries, long first life and refurbish capability, high % of readily recycled materials.

 

©2020 by Ecosse IP (Industrial Power Response)