CycleWatt

One storage platform. Several ways to unlock local power.

How Our E-Stack® Can Transform Your Energy Use?

Open each application to see the site constraint, energy flow, potential value, typical customer and information needed for a first engineering discussion.

01

Peak shaving and load shifting

Use storage to reduce site peaks and improve local energy use.
Energy flowShave the peak. Shift the load.
ConstraintVariable site load

Short, expensive demand peaks

Energy bufferE-Stack®

Charge low, discharge high

OutcomeSmoother demand

Lower pressure on contracted power

Before: sharp peaksAfter: controlled profile

Industrial and commercial sites can charge storage during lower-demand periods and discharge during peaks. The design objective is to reduce pressure on contracted power and improve the use of locally generated energy.

Potential valueLower peak demand and improved exposure to energy tariffs
Typical customersFactories, warehouses, retail sites and business parks
Design inputs15-minute load profile, tariff structure and contracted power
Send us your site load profile
02

Virtual capacity for charging sites

Deliver short high-power charging events behind a constrained grid connection.
Energy flowCreate virtual charging capacity.
Available supplyConstrained grid

Connection power stays limited

Local boosterE-Stack®

Supplies the temporary power gap

Charging demandHigh-power sessions

Deploy earlier without waiting for reinforcement

Grid + storageShort high-power charging events

A local battery supplies the difference between the available grid connection and the temporary charging peak. This can support faster deployment and may reduce the scale of an immediate grid upgrade.

Potential valueFaster charging deployment and reduced grid-connection pressure
Typical customersCharging networks, service areas and commercial fleets
Design inputsCharger power, sessions per day, dwell time and grid capacity
Ask us to assess a charging site
03

Bus and fleet-depot closed loop

Reuse retired fleet packs to support the next generation of electric vehicles.
Closed loopRetired fleet packs power the next fleet.
First lifeRetired fleet packs

Known battery history and inventory

Second lifeE-Stack®

Qualified packs become a depot buffer

Next operationNew fleet charging

Battery retirement and charging solved together

Fleet battery value stays inside the fleet ecosystem

Retired fleet packs become the storage buffer that supports charging for newer vehicles. The operator addresses battery retirement and charging capacity in the same project.

Potential valueBattery reuse combined with charging support
Typical customersBus, truck, municipal and logistics fleets
Design inputsFleet battery inventory, pack condition and charging schedule
Discuss a closed-loop fleet pilot
04

Solar and wind integration

Capture local renewable energy and use it when the site needs it.
Energy flowCapture generation. Use it when needed.
GenerationSolar and wind

Variable production and curtailment

Energy bufferE-Stack®

Absorb excess, release later

Local useSite load and grid

Higher self-consumption, smoother injection

Generate nowUse when the site needs it

Storage can absorb excess local generation and return it when the site needs it. E-Stack® can also reserve an interface for future photovoltaic integration where panels are not yet installed.

Potential valueHigher self-consumption and smoother grid injection
Typical customersSolar, wind, industrial and energy-community projects
Design inputsGeneration curve, curtailment history and connection limit
Send us your generation profile
05

Critical-load support

Provide a controlled local energy buffer where project architecture permits.
Energy flowKeep critical operations supplied.
DisturbanceGrid interruption

Short outage or unstable supply

Local reserveE-Stack®

Controlled energy buffer

Protected demandCritical facility

Continuity where architecture permits

Grid disturbanceControlled local support

Where the system architecture, switching arrangement and certification permit, storage can provide a controlled buffer for critical loads during short supply disturbances.

Potential valueOperational continuity and smoother transition to backup power
Typical customersCritical facilities and sensitive industrial processes
Design inputsCritical-load list, autonomy target and site electrical architecture
Define your critical-load requirement

Project-fit estimator

See the first engineering path for your site.

This guided check identifies the information needed for a technical discussion. It does not calculate guaranteed savings or provide a final system size.