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Welcome to the blog

Hugo Birkelund
Archived blog post. This blog post has been transferred from our previous blogging platform. Links and images may not work as intended.

Welcome to Energy Quantified's blog. By now 7 very busy weeks have passed since we started out on the 1st of September 2017. We thought it was time to shed some light on how things are developing.

But first, an invitation

I invite you to share your experience and expectations on a perfect service. What should we include? What is poorly covered today? Features you miss. Not every possible wish can be accommodated. However, making your voice heard, you will make a difference, and potentially guide EQ closer to what you would prefer.

Progress

Compared to our expectations the projects have moved on much better than we planned for. In short, we have made a remarkable progress.

That said, we started out with unpacking our computers and plugging in our screens. And then you need Internet, WiFi etc.

Montel, our investor, has proved a fantastic office-haven. Lots of amazingly talented people and a relaxed working environment. A big thank to our new office colleagues at Montel.

The first steps

Starting out a new platform entail setting up a lot. The good thing is that we have no technical legacy, and hence can freely employ the best available technology and practices in all steps. Further, and as planned, a whole array of advanced new tools and support systems has developed since last time we did this. This makes it simpler, more efficient and also secures you better functionality in the end product.

So where are we now?

A large chunk of the needed infrastructure is up and running. The scheduling engine is coming along as I write this. Model-wise we aim to be better, or at worst, on par with the system we know from past experience. Ensuring this we have e.g. maxed out available stations for consumption. The preliminary testing of some few fundamentals models is outperforming anything we previously know. Things are looking good! But still a lot of work before we can put anything of this in production and testing for customers.

Layout and scope

We have also started to tune the layout and scope of the service. Meaning, the concrete content and layout of the reports you will see. For obvious reasons, I have to refrain from revealing details in this here.

However, we have started to interviewing users on what they would like to have covered and desired features. As indicated initially please drop me a line if you have input for us. Please also indicate if it is ok for me to get back to you for a 10-15 minutes phone chat on this.

More from the Blog

Could France become a net-importer with nuclear power at it’s lowest since 1991?

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The available nuclear capacity in France was very low at the end of Q4 last year, whilst outlooks for Q1-2022 were also lower than normal by the end of 2021. Around this time, we published a blog post focusing on the low availability during February, which could mean a strained supply situation in a cold-weather scenario. This was reflected in very strong forward prices for Q1-months during December as markets included strong risk premiums in case of a cold spell.

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Nuclear + Coal Exits in Germany – Status Update January 2022

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The German nuclear and coal exits since 2020 have had a strong influence on the country’s production fleet. In order to identify and illustrate the changes in power generation sources within the last 2 years, EQ has studied the German January power balances for 2020, 2021, and 2022. Initially, we have updated both the exit and capacity plans for the nuclear, as well as the coal-fleet as an introduction to the power balance and production numbers.

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Hydropower Review Alp Region 2021 and Outlooks for 2022

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Electricity generated by hydropower across the Alp region (France, Italy, Austria, Switzerland, and Germany) has an average annual net production of about 187 TWh - covering approximately 14% of total consumption in the area. Of these countries, France has the highest hydropower output at 59 TWh net, while Switzerland and Austria at about 35 TWh are what we would consider as the most typical hydropower areas – which cover about 50% of their consumption from hydropower. This blog post from EQ contains a short review of the hydropower conditions for 2021, as well as a view of the current situation and hydrological balance.

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