Lower peak demand.
Reduce electricity costs.

Battery systems for commercial and industrial sites with high demand peaks or limited connection capacity.

We size the system from your meter data and calculate what it would have saved before making a proposal. Battery, controls and installation are supplied together.

Request a site analysis How the system works

No cost About one week after we receive the data

Example battery plan
Charges when prices are low, discharges at peak hours
Battery
Battery schedule over 48 hours. The battery charges overnight when the electricity price is low, and discharges during the morning and afternoon price peaks.
Charge / consume Discharge / produce Electricity price Each band is one hour

Where the saving comes from

Lower electricity charges and less need to expand the grid connection.

Lower peak charges

Where the grid tariff includes a capacity charge, reducing demand peaks can lower the bill. The battery supplies part of the site load during these periods, reducing the peak measured at the grid connection.

Buy electricity in lower-cost periods

The battery charges in lower-cost periods and supplies energy when prices rise. The calculation accounts for the site tariff and battery losses. Any control of other equipment is assessed separately.

Make room on the existing connection

A battery can make room for additional equipment within the existing connection. We assess this from the size and duration of the added load before recommending a system.

Illustration — capacity charge
Billed peak without battery260 kW
Billed peak with battery210 kW
Capacity chargeNOK 75 per kW/month
Illustrated annual savingNOK 45,000

Assumes a 50 kW reduction in the billed peak in every month, at NOK 75/kW/month: 50 × 75 × 12 = NOK 45,000. This is a capacity-charge illustration, not a customer result or a return on investment. Rates and billing rules differ between grid companies.

We compare estimated savings with the proposed system cost. Additional savings depend on prices, equipment and the site’s consumption.

Where we are

We are looking for our first pilot sites

The control software runs on real hardware, and we are planning the first installations. We are looking for businesses with high demand peaks or plans to add electrical equipment. Pilot terms are agreed individually. You work directly with the engineers developing the system, and operation starts with a test period before automatic control is enabled.

Ask about a pilot

The spotEQ system

Battery, control unit and software, delivered and commissioned by one supplier.

spotEQ battery cabinet with cooling unit and ventilation grille.
Hardware

spotEQ Battery

Stores energy for use during demand peaks and expensive periods.

About the Battery →

The spotEQ Equaliser web page showing a 24-hour battery plan and live values.
Software

spotEQ Equaliser

Calculates the energy plan and shows operation and estimated savings.

About Equaliser →

From meter data to a decision

We compare the estimated saving with the proposed system cost before you decide whether to proceed.

1

Site analysis

Twelve months of interval data from the meter show where the peaks come from and what the system would have saved.

About a week after receiving the data, no cost
2

Proposal

Sizing in kW and kWh, price, and expected annual saving separated by source.

One to two weeks
3

Decision

You review the cost, estimated savings and assumptions before deciding whether to proceed.

Installation follows an agreed proposal
Request a site analysis
Get in touch

Request an analysis of your site

Tell us about the site and any planned changes. We will follow up about twelve months of meter data and the current tariff. The analysis costs nothing and takes about a week after we receive the data.

Address

Stavanger, Norway

Email

post@spoteq.io

Telephone

+47 901 60 641

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