Make your building energy smart.
Myrspoven’s dynamic energy system help you with your transition to a more energy smart building. We optimize the energy in buildings using AI, to help you save money and us help save the world.
Myrspoven’s dynamic energy optimization system helps you with your transition to a more energy smart building. We optimize the energy in buildings using AI, to help you save money and us help save the world.
Consume energy at the optimal time
By strategically addressing peak demand periods, we can significantly cut Co2 emissions in the energy system. Buildings, efficient at storing heat or cold, become dynamic contributors in this scenario, aiding in peak reduction and offering a solution to energy capacity challenges.
Optimize HVAC systems
Myrspoven’s solutions are designed to revolutionize energy management, with myCoreAI at the heart of our innovative offerings. myCoreAI serves as the central intelligence, driving efficiency and optimization across all systems. This powerful AI engine ensures that energy consumption is not only monitored but actively managed to achieve peak performance and significant cost savings. Building on the robust capabilities of myCoreAI, Myrspoven offers additional value-adding solutions like myLoadShift and myCap.
Innovative solutions
The global energy system faces significant challenges, requiring innovative solutions for a successful transition to renewable sources. Buildings currently contribute to 40% of global Co2 emissions, presenting a critical issue. Myrspoven offers cutting-edge AI technology to autonomously optimize HVAC systems, ensuring minimal energy consumption without compromising indoor comfort.
Myrspoven aims to transform buildings from energy consumers to dynamic assets in a modern energy system, making buildings a solution to the energy capacity problem.
Solutions
Our solutions work both to make buildings consume less energy, and also to make them able to consume the energy when it is favorable. We optimize the energy dynamically, depending on how the building is used. For example based on how many people are in the building and when, as well as depending on factors like weather and energy tariffs. This saves a lot of money for the property owner, as well as being just what the energy system needs as a whole.
Energy optimization
Our core solution, myCoreAI, reads data from buildings as well as external sources like weather and social data, and creates a unique algorithm to optimize each building according to that building’s specific conditions and how the building is used.
-25%
Up to 25% savings in cooling
-20%
Up to 20% savings in cooling
-20%
Up to 20% savings in cooling
Optimization system
Our core solution, myCoreAI, reads data from buildings as well as external sources like weather and social data, and creates a unique algorithm to optimize each building according to that building’s specific conditions.
Parameters
The optimization works a little like if a human did it, the big difference being the number of parameters used and that myCoreAI sends optimized signals to the steering system every 15 mins, a human would generally do it far less often than that.
Monitored performance
The performance of myCoreAI is constantly monitored to show the technical performance of the algorithm, as well as the building’s energy and comfort levels. The user can also interact with the system and override it if circumstances change.
Myrspoven integrates into the building’s existing BMS system. The integration is a two-way integration allowing Myrspovens system to read and write into the BMS in a way harmonizing with the existing logic. The integration also includes a fallback solution putting the system back to default in case of a planned or unplanned shutdown. The cloud database is the heart of Myrspoven’s system, storing and organazing all data.
Buildings connected to Myrspoven’s scalable system for continuous and autonomous optimization of the buildings. These aggregated buildings are further also connected to the digital trading platform (no.3)
Myrspoven harvests any open-source data available that might improve the model’s predictive power. Whether data and utility tariffs are always a part of the input.
myCoreAI is a complete, scalable HVAC optimization system that optimizes heating, cooling, and ventilation. The system uses a combination of cutting-edge artificial intelligence technology and engineering insights from the real estate industry.
The optimizer uses AI models to calculate how the building should be operated to achieve the maximum energy saving without negative impact on the indoor climate.
The control strategy and new set-points are updated every 15 minutes.
Energy performance insights
Monitor your building’s energy performance in real time” till “Evaluate your buildings’ energy performance in real time, both on a building level as well as on portfolio level”. Ta bort “both with and without myCoreAI, to finetune your optimization strategies continuously. Identify and eliminate bottlenecks that hinder maximum energy savings. Unlock the potential for greater efficiency, reduced costs, and enhanced sustainability. With myCoreAI, take proactive control and achieve unparalleled energy optimization for your building.
Easy to implement
More efficient operations
Improve Effect signatures
Unlock invaluable insights into your building’s energy consumption with myCoreAI. Easily analyse the impact of myCoreAI and gain real-time, actionable data on energy usage through energy meter data. Compare energy performance at any given time and under specific outdoor temperatures, both with and without myCoreAI optimization. Make informed decisions and optimize your energy efficiency effortlessly.
Spot price optimization
myLoadShift is an add-on service to myCoreAI which is using the buildings capacity to store heat or cold and consumes electricity when the price is lower, still keeping full control of the indoor comfort.
-35%
Up to 35% in electricity cost
savings
Moving loads
myLoadshift is an add-on service to myCoreAI. Whilst myCoreAI focuses on minimizing the consumption of energy, myLoadshift optimizes when the energy should be consumed. The thermal capacity or inertia in a building is used to shift loads and use the energy when it is favorable for you as well as for the planet.
Optimize consumption
The system optimizes consumption as well as your cost without jeopardizing the indoor climate.
Buildings have great capacity to store heat or cold. This is why we are able to use them as thermal batteries, which means for example, heating the building when the price is low, and then stop heating during the peak in electricity price. Since our AI knows exactly how the building is impacted by the surroundings, this can be done without jeopardizing the indoor comfort.
To fully benefit from myLoadShift you must have heat pumps and/or cooling machines.
Save your money
MyLoadShift saves you money since it allows your buildings to consume electricity at favorable prices. Given you have heat pumps and cooling machines, we see cost reductions exceeding 35% when we optimize them.
The size of savings depends on your buildings, how many heat pumps and/or cooling machines you have in your stock, and the inertia which decides how much energy we can shift.
Save the planet
By deploying myLoadShift together with myCoreAI in buildings, the real estate sector can be a significant part of the solution to the capacity problems in the electricity network.
Lowering consumption during peak hours when the demand is high, addresses the biggest problem in the energy system and your buildings will be optimized to run on renewable kWh rather than non- renewable kWh.
Making buildings dynamic consumers also allows for a higher share of intermittent energy production like solar and wind.
Easy to implement
myCap is another add-on service to myCoreAI. It works to reduce power loads for district heating during certain outdoor temperatures.
myCap utilizes myCoreAI to proactively analyze and mitigate potential power peaks, aiming to use the least amount of energy during those peak hours, with minimal impact on indoor climate.
Power tariffs, which are part of billing models for district heating, often make up a large portion of the annual energy cost. These charges are particularly impactful for buildings with uneven energy needs, especially during times of day with short bursts of high energy demand, for example very cold winter days.
These charges can account for up to half of the total heating costs and myCap works to reduce these.
Because of myCoreAI’s ability to predict 48 hrs in advance, we can spread the load over a longer period of time, lowering the power peaks.
Avoid Heating Power Peaks
Save the planet
Easy to Implement
myPortal – Energy evaluation in real time
Set boundaries
To set the boundaries for myCoreAI and to see the savings generated, you use myPortal. You can also see your floor plans and comfort levels as well as a list of potential bottlenecks to your energy savings.
User interface
The User Interface comes with a large number of features and insights; among others, you get a deeper insight into energy savings through power signatures on heating, electricity (ventilation) and cooling.
Analyse
You can also analyse AI vs. Baseline, i.e what the steering would have been for a specific circuit or ventilation system if AI hadn’t been active in the building. This is also displayed as an aggregated percentage value in the building summary.
Monitor your indoor climate
Take control
Take control over your building’s energy performance over time and gain deeper insights into how myCoreAI performs against the original controls. See how you indoor climate is like and how the AI performs against the set metrics.
Identify troublesome areas
View your floorplans with clear information on the indoor climate with sensor maps and identify troublesome areas keeping you from saving even more.
Optimize indoor climate
The system provides insights on all your floors in your buildings in terms of the indoor climate. It identifies bottlenecks and deviating sensors where you might have some need for action or adjustments to increase your savings further. You can view sensor trends to get a clear understanding of what the climate in your different areas is.