Iceland has already tried to advertise its prospectus as a site for knowledge centers, and knowledge centers are doing so, without much success: as a colleague recently commented: “If it’s such a smart site for knowledge centers, why are the big hyperscalers already installed?over there?” It’s a moderate question, and possibly, despite everything, there is some answer to be discovered in the news, either without delay and, hopefully, in the short term, longer and, indeed, more permanent.
Of course, these instances are linked, because one leads directly to the other. In the short term, there is the energy crisis caused in large part by the war in Ukraine and the consequent shortage of fuel and oil for energy production. The existing end result However, it is obvious: a significant increase in energy costs for end users. For giant knowledge intermediate service providers, this is now a real problem.
In terms of cost management, the scenario may even worsen if widespread forecasts prove accurate, as a very short-term European recession would be a very likely prospect, and a global recession a real possibility. For example, the Chinese economy is already close to stagnation. Along with continued inflation, there may be an era of what they call “stagflation,” which can be difficult to move into.
The current factor is climate change, which is likely to have a variety of effects on the data media industry. Most likely, emerging ambient temperatures will have an effect on the ability to cool computer rooms. In fact, many data centers will likely require a major shift to water cooling in the near future, especially as emerging ambient temperatures will combine with the inevitable build-up of demand for computing resources. Applications are becoming more computationally intensive and therefore more beneficial in their heat production.
But there are other spaces where climate replacement is having an indirect, though no less significant, effect on knowledge centers. For example, for many users of those services, whether it’s a full-service multi-tenant visitor or a giant corporate colocation express workloads, IT is now considered a critical raw material and as such, consumers now want to know what the carbon footprint and power ratings of the raw fabrics they use are. if they want to provide their own consumers with accurate data to assess their own carbon footprint.
For knowledge centers, these footprints are maximum and growing. Add to that the emerging burden of energy and some European knowledge centers, especially those with more specialized but heavy computing workloads, are already taking the option to close to save on energy and carbon prices. footprint when workloads are not running.
These conversion cases have led Business Iceland’s green and energy solutions segment to launch a new promotional crusade highlighting how it can meet mid-tier suppliers and their consumers to reduce their prices and climate impact. Intermediate knowledge service and service providers: AtNorth, Verne Global and Borealis, a communications company that specializes in the required subsea network cabling, Farice, and two of the country’s energy providers, representing its two main energy resources: OnPower for geothermal and Landsvirkjun for hydropower.
Many of the workloads running lately in Iceland can be described as specialized, but even without the increased pressure on burden, sustainability, and climate contributions, there are signs that more widespread advertising programs are starting to locate there. Computational fluid dynamics (CFD) is now the ancient specialized application discovered in Icelandic knowledge centers, mostly because of the computationally heavy workload style: extensive engineering design processing and post-analysis, followed by periods of low or no workload. Here, time tension issues found in programs like Real-time trading of money products and currencies is not discovered, while charging and sustainability points can play a role.
One of the first BMW consumer car manufacturers, as noted by Tate Cantrell, CTO of an intermediate knowledge services provider, Verne Global.
“The reason they chose us in 2012 was because they wanted to show the world that they were not only building the next generation of sustainable cars, but they were also the first to become aware of knowledge centers as part of the raw fabrics that invented cars. They learned that they couldn’t rely on their HPC clusters in Munich alone, because it wasn’t renewable energy. »
The automotive industry was one of the first to invest heavily in CFDs as a core component of the design process, yet it is now the cornerstone of a diversity in engineering work development and clinical progression, with universities across Europe now among Verne’s clients. Of course, they still have to be budget-conscious and have been among the first to react to EM prices and adopt the practice of shutting down systems rather than taking on the charge of idle operation.
Rising prices are now starting to push other users with more classic workloads to turn to Iceland. This, Cantrell noted, includes banks and other monetary establishments with typical overnight batch execution workloads that close the previous day’s trades. Advanced sciences like synthetic intelligence programs are also making their own there.
“If there are billions and billions of protein folding combinations, I will use synthetic intelligence to reduce that resolution to 1000 targets. It’s about making bigger resolutions and Iceland is perfect for that.
Located in the developing hole between the North American and Eurasian tectonic plates, the island has abundant and sustainable geothermal energy materials. It is not unusual on the island that if you drive a pole into the ground, hot water will come out. Along with abundant water materials that offer hydropower, geothermal energy makes it one of the few places on earth that can guarantee one hundred percent green energy at low cost. .
Therefore, everyone strives to collect and publicize as much knowledge as possible to ensure that their Greenhouse Gas (GHG) Protocol targets are among the most productive available. These cover your scope one, diversity and scope 3 emissions. Very few other countries can provide knowledge on scope 3 emissions, as they are indirect knowledge. According to them, this ability to cite scope 3 knowledge is an increasingly vital skill because they are the ones who can really demonstrate the concept of global sustainable skill. As Cantrell observed, “If you don’t track your oblique third-party emissions and inform your consumers about those emissions, then we’re all ignoring our impact and the true footprint we have. “
An attractive byproduct of geothermal energy production is also appearing as transparent symptoms of contributing to the carbon footprint problem. One of the leading providers in this sector, OnPower, is supporting the progression of new carbon capture and sequestration strategies, with a very promising project. It is a partnership between German carbon capture specialist Climeworks and OnPower’s new subsidiary, Carbfix. The latter discovered a way to send the captured carbon about 2 km deep into the rock, in the form of carbonated water. It is then pumped through the porous rock at this intensity and the carbon combines with the rock permanently.
The procedure verification site has a capacity designed to hold about 40,000 tons of carbon per year. It is also understood that it works with the maximum bureaucracy of porous bedrock, so it has great potential as an export generation for the island. In addition, it can play a key role in helping corporations demonstrate that they and their supply chain are doing their best to deliver sustainable products with a low carbon footprint.
The additional effect of this is its contribution to the sustainability of any user’s infrastructure because, at some point, organizations and companies will have to pay a tax on the carbon “account” they have.
According to Gisli Kr. , advertising director at intermediate knowledge service provider AtNorth, Europe’s existing intermediate knowledge media are our most sensitive participants to the continent’s developing carbon footprint, with the most sensitive resources only where you would expect to see them: Frankfurt, London, Amsterdam, Paris and Dublin are among those that refer to the key measure of carbon production. measured in grams consistent with kilowatt hours.
This is where Iceland has its greatest apparent advantage, with 10. 5 grams consistent with the kilowatt hour of carbon released into the atmosphere. This compares with Frankfurt with 391 g/kwh, London with 275, Amsterdam with 378 and Dublin with 321. These figures are all directly similar to the fact that the electrical energy they use comes from fossil fuel-based production. Paris, at 96 g/kWh, is only very close to Iceland’s figures due to its heavy use of nuclear force sources. All this allows Iceland to be offering a decrease consistent with current prices and a decrease in the PUE (Energy Use Effectiveness) ratio. This in 1. 2, is counted until Kr. decrease to the maximum otherwise, at least in the northern hemisphere.
Iceland is, of course, far from all its possible markets, be it the UK, continental Europe, the United States and especially China and the Far East. Not only distance, but also the environment is a potential obstacle, since it joins anywhere the use of submarine cables is resorted to. This is the work Farice has undertaken. The company specializes in offering high-speed submarine network cabling and already has several cables to the UK, France, Denmark and Sweden, and recently established a connection with the US. U. S. A new cable to the UK is also expected to come online early next year, and plans are in position to link with China and the Far East.
“Latency” is the word that deserves to appear without delay for all users at this point, as hopefully the time it takes for any message at the distances in question will particularly limit the number and type of workloads that are valuable to carry. But the expected latency with the new UK connection will be less than 30 milliseconds for a circular journey. This is seen as a real game-changer through the intermediate knowledge network in Iceland, which now sees the country as an interconnectivity link. This means they can provide sufficient degrees of service for most, if not all, applications: unless those that require ultra-low latency, such as real-time money trading.
According to Alex Picchietti, senior director of strategic alliances at Verne Global, users are a bit more tolerant of latency issues as the Covid pandemic has forced other people to work a lot from home. “I would say that a fair assessment, based on employing the right architecture, is that between 90% and -95% of typical programs running in Europe can run here without problems. “
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