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Digitalization is not a collection of individual technologies. The actual effect stems from the ever-changing interaction of different technologies — in other words, when different hardware components are networked with each other and controlled by intelligent software.

Digitalization is developing rapidly and with it the demand for energy and valuable resources. The increased power demand and resource consumption are due, among other things, to the rapidly growing data traffic. Between and alone, global data traffic is expected to triple to around billion gigabytes per month — equivalent to the storage space of billion DVDs. The power for the brave new world of smartphones, streaming services, and social networks has so far mainly come from fossil fuels.

In just a few years — in some estimates — the digital industry will cause more carbon emissions worldwide than all motorized traffic. One might think that digitalization will become a climate killer, but that doesn't have to be the case. Because at the same time, digital solutions can promote climate protection, clean air, intact soil, and the preservation of biodiversity. Artificial intelligence helps to process more plastic waste into plastic for production.

Smart textiles turn disposable items into durable and recyclable fashion. Digital solutions for the home office such as video conferencing systems create accepted alternatives to business travel in the shortest possible time. These are just three of countless examples of digital creativity. Digital solutions are not an end in themselves. The environmental policy of digitalization focuses on the whole. The areas of application in which digital technologies can be used in the interests of sustainability are extremely diverse:.

Packaging 4. Drones help to sow seeds, fertilize fields more precisely, and protect insects. Blockchain technologies create more transparency for consumers to put an end to the unchecked increase in resource consumption.

Digital technologies such as blockchain enable the international verification of sustainable supply and value chains and can provide reliable and forgery-proof documentation of manufacturer data. Transparent communication about compliance with environmental and social standards ultimately enables consumers to make more conscious decisions.

Artificial intelligence AI can reduce waste in the food industry by, for example, forecasting consumer demand more accurately or performing quality control. Guard rails are needed to ensure that digitalization does not become an accelerator of ecological destruction. In general, it is often observed that savings through increased energy efficiency in new technologies tend to result in a "rebound effect. How big the impact of digitalization on our climate goals will be depends strongly on how it is managed.

First and foremost, digitalization, especially giant data centers or blockchain technologies, leads to increased electricity demand. In addition, numerous smart home applications in private households are also increasing demand.

This is because companies and consumers often invest the resources released into additional production and consumption. Therefore, digitized sustainability efforts are primarily based on the energy system transition, which covers the demand for electricity through sustainable production such as wind, hydropower, and photovoltaics.

In addition, energy suppliers can help by transparently communicating power consumption to the end consumer. To tap into the positive effects of digitalization, it is therefore essential to address our digital hunger for energy in a sustainable manner. Only in this way can digitalization be seen as an opportunity and part of the solution for achieving our climate neutrality goals. Last month, the "Digital Switzerland" strategy was updated, placing a sharper focus on achieving environmental protection goals through digitalization throughout Switzerland and incorporating the effects of the corona crisis.

The strategy identifies nine fields of action which, among other things, should help to "reduce the ecological footprint and energy consumption of Switzerland " — one of the five core objectives of the strategy. You soon realize why energy is at the heart of green digitalization. For example, the switch to video conferencing only exploits the full savings potential if the technologies used are also powered by renewable energies.

This is not the only reason why the energy sector is under pressure to adapt. Since , however, greenhouse gas emissions per unit of final energy consumption have fallen sharply because of the increased use of non-fossil energy sources and the substitution of oil with natural gas.

Decoupling digitalization and emissions therefore still remains the goal. Digitalization is the underlying enabling factor of the energy system transition, as it allows us to navigate the complexity of the decentralized, renewable energy supply system. Digital innovations can help drive the energy system transition. In addition to the goal of ensuring a stable power supply, renewable energies must be expanded and climate-damaging emissions reduced.

However, the expansion of the power grids is far from sufficient in this respect, so that decentralized, demand-oriented control is increasingly required.

AI could support the decentralization of grids and control mechanisms by analyzing the necessary information about power supply and demand in real time and processing it by means of autonomous decision systems. It also enables optimized grid planning, the result of the intelligent interplay of energy production and energy consumption. Buildings will be equipped with smart metering systems that allow the best possible regulation of peak load and off-peak periods.

In the future, for example, the surplus energy from non-controllable energy sources such as wind power could be stored at night in the batteries of empty electric cars attached to the grid, and called up as needed. Top 10 quality casinos canada. All kind of tools and installation supplies Tolls Connectors Cables New Products.

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Take an imaginary widget, which could pass through around 30 different stages moving from Chengdu in China to Wolverhampton. Better data flow means better predictability about where the widget is going to be at any given time.

The company has recently signed a memorandum of understanding to work with Associated British Ports to create a pilot programme to use blockchain technology to improve port connectivity. Blockchain offers a way of securely linking the disparate systems that shippers, port operators and hauliers use to record and track goods, also reducing the time spent manually re-entering data.

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