FINMA-compliant

Reduce carbon footprint and save energy costs?

Use K51 to reduce your carbon footprint
and save energy costs!

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Value at Risk

Swiss banks are required by FINMA to calculate their value-at-risk (VaR) model on a daily basis. The VaR model is used to measure a bank's risk of loss over a given period of time and is usually calculated using Monte Carlo simulation. This requires a lot of computing power and energy, resulting in a large amount of heat generated by high-performance computers.

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This type of financial modeling has become increasingly important for banks since the 2008 financial crisis, when it became apparent that many banks had taken on too much risk without properly assessing the potential downside. As a result, regulators around the world are requiring banks to use more sophisticated methods, such as VaR, to ensure they are managing their risk appropriately. This means that banks must now use more computing power than ever before to perform these analyses.

The result is an increase in energy consumption and heat generated by the high-performance computers used for VaR calculations. If not used efficiently, this heat can harm the environment and contribute to climate change. However, if used properly, it could represent a great opportunity for banks to reduce their carbon footprint and make a positive contribution to decarbonization efforts

Swiss banks are facing increasing pressure to meet environmental, social and governance (ESG) targets. On Jan. 1, 2024, the "Ordinance on Reporting on Climate Issues" will come into force, under which banks will also have to describe what reduction targets the company sets with regard to its direct and indirect greenhouse gas emissions and how it plans to implement them.

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ESG Targets

Synergy

Synergy
through K51

The synergy potential lies in the combination of both requirements.

By outsourcing VaR calculations to a K51 Green Computing Center, the heat from the bank's high-performance computers is resold as fossil-free heat to the greenhouse, the hotel or an industrial plant. The bank lowers its carbon footprint and saves at least 30% of its energy costs.

This allows banks to actively participate in decarbonizing their operations while meeting their regulatory requirements for daily computing power needs for their VAR model calculations.

More information

This type of financial modeling has become increasingly important for banks since the 2008 financial crisis, when it became apparent that many banks had taken on too much risk without properly assessing the potential downside. As a result, regulators around the world are requiring banks to use more sophisticated methods, such as VaR, to ensure they are managing their risk appropriately. This means that banks must now use more computing power than ever before to perform these analyses.

The result is an increase in energy consumption and heat generated by the high-performance computers used for VaR calculations. If not used efficiently, this heat can harm the environment and contribute to climate change. However, if used properly, it could represent a great opportunity for banks to reduce their carbon footprint and make a positive contribution to decarbonization efforts

Advantages

Advantages for the bank

Reputation advantages

Strategically position as a leading bank in green finance and sustainability.

30% less electricity costs

Less electricity needed for cooling and heat is resold.

FINMA compliant

VaR does not process customer data
and can be outsourced.

97% heat recovery

carbon footprint significantly and accelerate their transition to an environmentally sustainable business.

Active decarbonization

Each kWh of electricity for computing power saves 0.2 kg of CO2.

Efficient data center

Reduce cooling requirements in existing data centers.