Measure what actually matters

Energy Probe replaces air-based measurement with real-time insight into how goods are actually affected in cooled spaces. It delivers a new level of control over temperature, alarms, and operation.
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Alarms
From false alarms to relevant anomalies
Get alerts based on how goods are affected — and act on what really requires action.
Data
From metrics to real insight
Understand how the system performs and how goods are actually affected — in real time.
Grön cirkel med en ljusare, suddig inre glödande effekt.Svart enhet med texten energy probe av Enclima Solutions på framsidan.
Cooling system
From air control to demand control
Let systems respond to what the goods require — not to variations in the air.
Operations
From manual routines to continuous control
Automate self-control and get a full overview of everyday life.

How to install
Energy Probe

Install Energy Probe directly in your cooling space and experience the benefits.

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Installed in the cooled space
The Energy Probe is placed in the refrigerator or freezer room and begins to analyze how the environment affects the goods.
1
Adapts to the needs of your goods
The system is configured based on the type of goods being stored — not on the air temperature.
2
The cooling system works according to actual need
Operation is driven by how the goods are affected, resulting in fewer start-ups and more even, efficient cooling.
3
Alerts you when it actually matters
Deviations are based on how the goods are affected — making alarms clearer and more relevant.
4
Shows a temperature you can trust
The temperature shown reflects the actual condition of the goods — not fluctuations in the air.
5

Keep tabs on your goods — in real time

Energy Probe weighs together all the factors that affect temperature in a cooling space — from goods and air to operation, usage, and surroundings.

This lets you see how your goods are actually affected in real time — and understand what's happening inside the system.

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A. Temperature of goods
B. Air temperature
C. Placement of goods
D. Cooling system operation
E. Usage
F. Building and surroundings
Graf som visar lufttemperatur och varuprobe temperatur från cirka -11°C till -4°C med en svart Energy Probe-enhet till vänster.Graf som jämför lufttemperatur med temperaturmätningar från Energy Probe för godstemperatur mellan -1°C och 6°C över tid.
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Cold that thinks like the product

Clear data leads to better decisions and a more efficient cold chain.
Overview
Optimal
Deviation
Overcooling
When temperature becomes a tool
Energy Probe makes temperature something you can work with — not just read off.

You see how the goods are actually affected in real time and get a clear picture of how the systems work in practice.
‍
It makes it easier to understand, follow up and act on what is happening in everyday life.
  • Röd varningsikon med ett utropstecken inuti en triangel.
    Deviation — your goods are affected
    A temperature deviation with Energy Probe means something is preventing your goods from maintaining the right temperature. No more unnecessary deviations — every signal is relevant and worth acting on.
  • Ikon med en snöflinga i blått, symboliserar kyla.
    Overcooling — more than necessary
    When the temperature is colder than required, your goods are being cooled more than they need to be. With control over your goods' temperature, systems can be fine-tuned with precision — without extra cold degrees.
  • Grönt sköldikon med rundade hörn på en neonliknande grön bakgrund.
    The right temperature — meeting your requirements
    This shows that system settings and everyday handling are working together — and that the cooling system is only running as much as needed to keep your goods where you want them.
Optimal storage with minimal consumption
The temperature shows that your goods are being kept according to your requirements — and at the same time reflects how the entire system is performing under your specific conditions.

This means that settings, operation, and usage are all working together, and that cooling is happening precisely as much as needed.
*The curve shows storage at desired temperatures over time.
A stable temperature means efficient operation and optimized energy use.
Deviations that actually mean something
A temperature deviation shows that something is affecting the goods so they aren't holding the right level.

With Energy Probe, unnecessary signals disappear — which means every deviation can be taken seriously and lead to the right action, whether it's about settings, the system, or usage.
A deviation indicates that something in operation, settings, or usage needs to be reviewed.
The curve shows how this affects the goods' temperature over time.
When the temperature reveals unnecessary cold
When the temperature is lower than required, your goods are being cooled more than necessary.

With Energy Probe, you gain a new configuration option — where your goods' temperature becomes the starting point. This makes it possible to fine-tune with precision, avoid overcooling, and find savings right away.
The curve shows when your goods' temperature falls below the desired range.
This indicates that the system's settings can be adjusted for more efficient operation.

Full control across the entire cold chain

Energy Probe creates new possibilities for traceability and control at every stage.

Through a shared temperature that follows your goods from warehouse, through transport and operations, all the way to the consumer — it becomes possible to secure quality from start to finish.

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3D-rendering av en vit kylförvaringsenhet med kartonglådor på metallhyllor inuti.Vit modell av en kyltransportlastbil med kartonger på hyllor inuti lastutrymmet.Vit 3D-modell av en liten kyl med genomskinlig dörr och hyllor fyllda med olika förpackningar.Minimodell av kök med en figur som öppnar ett kylskåp och håller en flaska, med en gryta som kokar på spisen.
Warehouse
Transport
Retail / Restaurant
Delivered
Energy Probe gives you control over how your goods are actually stored in large spaces — where every degree counts. Cooling can be fine-tuned with precision, buffer temperatures balanced for the next stage, and energy consumption kept low.
At the same time, clear documentation is created showing how your goods are stored over time — giving you greater transparency toward your customers. The control you establish here follows your goods further along the cold chain and strengthens your role as a reliable first link.
Energy Probe makes it possible to monitor your customers' goods throughout the entire transport.
The temperature curve follows the load in real time and shows how it's actually affected — regardless of external conditions. At delivery, clear documentation is available to hand over along with the shipment.
It brings peace of mind at handover and strengthens trust in one of the cold chain's most critical links.
The temperature curve shows how raw ingredients and finished products are stored over time — even when spaces are opened frequently and goods move quickly through the kitchen.
The monitoring creates transparency and peace of mind — both for you and for the next link in the cold chain.
Energy Probe is already used by thousands of restaurants to streamline systems and routines, simplify self-monitoring, and secure food safety all the way to the guest.
For the consumer, this means a new level of confidence — when temperature is secured across the entire cold chain, quality is built in at every step, long before the food reaches the fridge at home.
Through traceability, transparency, and better collaboration between operators, new possibilities emerge to reduce waste, raise quality, and strengthen trust in the food we eat. Our ambition is to set a new standard for the cold chain — where innovation at every link leads to safer food for people.
3D-rendering av en vit kylförvaringsenhet med kartonglådor på metallhyllor inuti.
Warehouse
Warehouses set the thermal conditions that every product inherits. If the temperature is wrong here, every step after is already compromised. Energy Probe gives operators a precise view of how goods actually respond to storage conditions — not what the air sensor assumes.

With true-temperature data, warehouse teams can document compliance effortlessly, stabilise cooling performance, and hand off goods with confidence. The result is simple: fewer disputes, fewer unknowns, and a stronger start to traceability.
Vit modell av en kyltransportlastbil med kartonger på hyllor inuti lastutrymmet.
Transport
Warehouses set the thermal conditions that every product inherits. If the temperature is wrong here, every step after is already compromised. Energy Probe gives operators a precise view of how goods actually respond to storage conditions — not what the air sensor assumes.

With true-temperature data, warehouse teams can document compliance effortlessly, stabilise cooling performance, and hand off goods with confidence. The result is simple: fewer disputes, fewer unknowns, and a stronger start to traceability.
Vit 3D-modell av en liten kyl med genomskinlig dörr och hyllor fyllda med olika förpackningar.
Intermediary storage
Warehouses set the thermal conditions that every product inherits. If the temperature is wrong here, every step after is already compromised. Energy Probe gives operators a precise view of how goods actually respond to storage conditions — not what the air sensor assumes.

With true-temperature data, warehouse teams can document compliance effortlessly, stabilise cooling performance, and hand off goods with confidence. The result is simple: fewer disputes, fewer unknowns, and a stronger start to traceability.
Minimodell av kök med en figur som öppnar ett kylskåp och håller en flaska, med en gryta som kokar på spisen.
Customer
Warehouses set the thermal conditions that every product inherits. If the temperature is wrong here, every step after is already compromised. Energy Probe gives operators a precise view of how goods actually respond to storage conditions — not what the air sensor assumes.

With true-temperature data, warehouse teams can document compliance effortlessly, stabilise cooling performance, and hand off goods with confidence. The result is simple: fewer disputes, fewer unknowns, and a stronger start to traceability.

Easily installs into existing systems

Energy Probe is installed in all types of refrigerated spaces between +30 and -36°C and connects directly to existing systems — without intervention.

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Read more about the benefits here

Trähyllor i ett kylskåp med flera trälådor som innehåller förpackad mat och grönsaker.
Optimize refrigeration and freezing systems
Man i vit skjorta och mörkt förkläde justerar en väggmonterad fläkt med tre motorer i en ljusgrön rumsmiljö.
Fewer false alarms and better monitoring
En man i vit kappa och hatt kontrollerar förpackat kött på en metallvagn i ett kylrum.
Self-monitoring and food safety

Frequently Asked Questions

Can we purchase Energy Probe as a public sector entity?

Yes. We've delivered to nearly 200 municipalities and regions, and we have extensive experience with public procurement, direct procurement, and framework agreements.

Energy Probe is patented technology, which in certain cases can form the basis for procurement on grounds of technical reasons or exclusive rights. We're happy to provide supporting documentation and examples from previous procurements.

Does it affect existing warranties or agreements?

No. Energy Probe doesn't involve any modifications to the cooling system.

It gives the facility a new temperature reference to work from, but otherwise the system remains unchanged. At the same time, you gain the ability to set the temperature more precisely based on the needs of your goods.

Does it work on all refrigeration and freezer systems?

Yes. Energy Probe works on all types of refrigeration and freezer systems.

It can be used across a temperature range of +30 to -36°C and connects to existing facilities regardless of system type.

Can we use Energy Probe in our overarching system?

Yes. Energy Probe can be connected to your existing monitoring and control systems.

You then get a temperature that reflects how your goods are affected, rather than just air temperature — with no need for additional components.

Do we need to replace anything during installation?

No. Energy Probe connects to the existing operating and alarm sensors in the cooled space.

It's a simple way to upgrade the facility without replacing existing equipment.

Is it compliant with food safety legislation?

Yes. Energy Probe makes it easier to meet food safety requirements.

Through continuous monitoring of how your goods are actually affected, you get a clearer basis for self-monitoring and HACCP — making it simpler to ensure the right temperature is maintained over time.

Does it work with different types of food in the same space?

Yes. Energy Probe shows how the space itself affects goods over time, giving you a shared and relevant temperature to work from.

This makes it easier to ensure that storage works properly even when different types of food are stored in the same space.

How can we troubleshoot our cooling system with Energy Probe?

When the temperature is based on how the goods are actually affected, it becomes clear when the system isn't performing as it should.

If the goods aren't reaching the right level, it shows that something needs to be adjusted — for example, settings, operation, or the condition of the facility. When the temperature is back at the right level, you know that both the system and the storage are working as they should.

Does Energy Probe work during a power outage?

Yes. Energy Probe continuously tracks how goods are affected by the temperature in the space.

This means that when the facility starts up again after a power outage, you can see how the goods have been affected and make the right decisions about how to handle them going forward.

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