CleanTech Innovations

The world is urgently looking for new solutions to improve the profitability and use of renewable energy 24/7.

The European Patent Office approved application ”Renewable Energy Storing”  on 8 Dec. 2020.
Patent for ”Solar Energy Harvesting” was granted earlier.
On the basis of these, more innovations were created, as well as a complete clean heating and cooling system for cities.
The emission avoidance rate calculated for the EU29 in the Innovation Fund material is 1,073 MTCO2e per year and 24%.

Already the first prototype in 2013 made sun the main source of heat in the test house. Its water boiler is now steered by a patented IoT AI Controller.
The companies in the team are ready for series production.
Plenty of simple, profitable, compatible and scalable CleanTech innovations. 

My goal was to innovate and patent, and it has now been done.
It is a good time to sell IPR and Solixi Ltd.
A unique opportunity for companies in the energy sector.

Short description

Solixi is a clean energy system and the system level revolution that communities and cities are looking for. Solixi improves the performance of an energy system; heating, cooling, energy storage and efficiency. It stabilizes the grid. It enables a profitable 100% emission free energy business.

“Urban Scale Solutions to key Energy and Climate Change Challenges”

According to Jyri Jaakkola, CEO & founder of Solixi, the biggest concern today is climate change, which is caused by energy production where the largest sector is building heating and cooling. Solixi’s ideas arose from the fundamentals of climate change and the potential of solar energy. ”I had to fix a leaking water boiler in my detached house. Do I need a solar coil? If I do, what kind of solar collectors should I bye? The roof was not facing south and the profitability was not good – I invented and patented a Solar Concentrator,” shares Jyri. ” The first prototype was installed in 2013. It produced so much hot water that the new water boiler immediately became too small.” Therefore, the next innovation was to use large and inexpensive outdoor tank containers. The amount of water and capacity increased a hundredfold.

” The Solar Concentrators need a controller to orientate the mirrors, and the three large water tanks require many water- and heat pumps. The third innovation was a new kind of AI & IoT Controller. It can control the whole system. The prototypes works fine!”

From kWh to Mega-, Giga- and Terawatt hours capacity

It was obvious the solution was not any more for small houses, but for urban buildings and cities. Many devices can be improved a lot when the water boiler is in MWh scale and continuous adjustments are automated. ”Plenty of new innovations were made; the efficiency of heat pumps was doubled by storing both warm and cold, the devices no longer need to be dimensioned according to consumption peaks, solar heat can be stored to a rainy week’s needs” says Jyri.

In 2020, the system was completed with TWh-sized seasonal soil heat and cold storage. Geothermal wells are used in the implementation, but they are drilled more densely than normal. The soil is heated by the heat generated in the buildings in summer. Standard thermal wells are 300m deep and when the width and length of the storage are in the same range the volume is huge. When there is a Solar Concentrator field on top of it, the center of the soil heat storage can rise to as high as 90 ° C in the fall.

It is not possible to build an energy storage of the same volume and capacity on land. In such a large storage, with insulated surface, heat is retained with almost no losses. ”The storage can be implemented advantageously with the current drilling technology. So, not building-specific geothermal wells, but a common Solixi soil well-field,” adds Jyri. Much of the heating and cooling is obtained simply by intelligent pumping of water between storages.

”In this way, all the features of the inventions can be exploited. We also have a model that calculates the optimal sizings. Now we can provide a total solution for cities and states.”

Solixi knows that their resources are not sufficient in this scale and globally, no matter how good and big the team is. For this reason, they have chosen licensing as their business model. Cities can easily work with local businesses for a safer future for all.

The numbers look great

The investment is only about €2000 and costs are €100 per year per inhabitant. For all buildings in the city. Building specific underground tank containers equipped with Solixi Controllers and integrated water- and heat pumps, district heating network, soil heat storages, Solar Concentrators and variable wind and solar power are the key parts in a city’s zero-emission, almost invisible, secure and local Solixi solution.

At lower latitudes the solar can play a bigger role and costs can drop even more.

The long-term innovation process led to many benefits

It has been over a decade since Jyri passed to invent, build prototypes, protect IPR, gather the ecosystem, sign contracts, and finally market the whole system along with calculations. Solixi’s biggest achievement is the system level solution. The next step is to finish R&D and license the technology and products to energy operators and cities.

It is worth mentioning that Solixi makes the transition to clean energy profitable also for parties who are not directly involved. ”The increase in storage capacity will balance the electricity grid and reduce the need for grid investments. At the same time Solixi improves the profitability of wind and solar power and enables their multiplication. There is no longer need for storing and transporting fossil or biofuels, and much valuable land is released for other uses” says Jyri. ”Clean air is healthy and nature is thriving – the list of benefits is endless.”


This article was published on October 6, 2020:
Industry Era Magazine, October 2020

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