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EU Imposes Unprecedented Tariffs On Chinese Electric Cars

The European Union will impose tariffs of up to 37.6% from July 5 on imports of electric vehicles made in China, EU officials said, raising tensions with Beijing in Brussels’ biggest trade case yet.

KEY FACTS

The tariffs are expected to be in effect for 4 months, during which the “intense” trade negotiations between the European Union and China are expected to continue.

The European Commission’s provisional tariffs ranging from 17.4% to 37.6% are designed to prevent subsidized cheap Chinese electric cars from flooding the European market

The new duties will vary for different Chinese manufacturers. For example, a rate of 17.4 percent is foreseen for BYD, 19.9 percent for Geely, and 37.6 percent for SAIC.

The temporary trade defense measures are being imposed because Chinese companies are in a more privileged position than their competitors, benefiting from illegal state subsidies, the European Commission said in June.

ACCENT

China does not want to be drawn into another tariff war while it is still trying to cope with new import tariffs recently imposed by the US. Washington effectively ended duty-free imports of a number of goods worth $18 billion, including electric cars. Coming under the blows of the European Commission, Beijing promises to take all necessary measures to protect Chinese companies.

KEY STORY 

The EC’s actions are related to an investigation the commission launched at the beginning of October last year, aimed at checking the Chinese government’s subsidized imports of electric cars from Beijing. The EC concludes that such a state subsidy exists and it represents economic harm to European producers by undercutting prices.

Overcapacity in the Chinese industry (not just in the electric car market)  is seen as a major problem, including by businesses in Europe,  according to a survey.  Recently, EC President Ursula von der Leyen commented to the Financial Times that Beijing has a huge overcapacity that is flooding the EU market with artificially cheap goods and gave a clear signal of a response.

First steps as part of this broader economic stand-off were taken by the US by effectively ending zero tariffs on imports from China. Tariffs on a number of goods with a total value of 18 billion dollars were increased, with the minimum increase being 0.25%.

The EU has also said it will take similar measures in a bid to tackle subsidized imports from China that undercut European prices. Some of these measures will probably affect the import of solar panels, the parts of which are mainly Chinese. We go back even further to a US-EU meeting in Leuven in early April of this year where an agreement was reached to strengthen cooperation in clean energy markets. Shortly thereafter, the US imposed higher tariffs on imports of certain goods from China.

All these concerns about the electric car market in Europe are not unfounded. BYD, China’s largest electric car maker, unveiled its models in Europe last month. In December last year, BYD announced its plans to build a factory in Hungary. China’s Nio opened a new showroom in Amsterdam, and in April Chery entered into a joint venture with Spain’s Ebro-EV Motors to develop new electric vehicles.

Revisiting Cosmic Predictions: The Milky Way and Andromeda’s Potential Future

For generations, astronomers have envisioned a dramatic destiny for our Milky Way Galaxy: a significant collision with Andromeda, our closest substantial galactic neighbor. This cosmic event, anticipated in approximately 5 billion years, is a fixture within astronomy films, textbook discussions, and popular science narratives.

However, a recent study led by Till Sawala from the University of Helsinki, and published in Nature Astronomy, suggests a more uncertain horizon for our galaxy.

By thoughtfully acknowledging uncertainties in present data and considering the gravitational impact of nearby galaxies, the study concluded that there’s merely a 50% probability of the Milky Way merging with Andromeda within the next 10 billion years.

Past Beliefs About a Cosmic Collision

The speculation that the Milky Way and Andromeda are headed for a collision dates back over a century. This was based on Andromeda’s measured radial velocity—its movement along our line of sight—using the Doppler shift.

Proper motion, or the sideways drift of galaxies, is known as transverse velocity. Detecting this sideways movement is notably challenging, especially in galaxies millions of light years away.

Earlier research often presumed Andromeda’s transverse motion was minimal, leading to the notion of an inevitable head-on clash.

The Fresh Take of This Study

This study did not introduce new data but re-evaluated existing observations obtained from the Hubble Space Telescope and the Gaia mission.

Unlike previous investigations, this approach considers measurement uncertainties rather than assuming their most likely values.

The team simulated numerous potential trajectories for both the Milky Way and Andromeda by marginally adjusting initial conditions—parameters like each galaxy’s speed and position.

When initial conditions from prior studies were used, similar outcomes were observed, but this study also explored a broader spectrum of possibilities.

Incorporating the impact of two additional galaxies, namely the Large Magellanic Cloud and M33, also known as the Triangulum Galaxy, added depth to the trajectories explored.

The gravitational influence from M33 nudges Andromeda closer to the Milky Way, increasing the merger likelihood, while the Large Magellanic Cloud diminishes the probability of a collision.

All these elements combined reveal that, in about half the scenarios, the galaxies might not merge within the next 10 billion years.

Potential Outcomes of Merging or Non-Merging

Even if the galaxies merge, catastrophic effects on Earth are improbable as stars are vastly separated, minimizing direct collisions.

Galaxies, under gravity, would eventually merge into a larger, single entity, which is likely an elliptical galaxy rather than the iconic spirals we see today.

Alternatively, if no merger occurs, the galaxies might engage in a long and slow orbit around each other, never quite merging, yet reshaping our comprehension of the Milky Way’s distant trajectory.

Next Steps in Discovering Our Galactic Fate

The greatest uncertainty remains Andromeda’s transverse velocity. Small variations in this sideways motion could differentiate between a merger and a near miss. Upcoming assessments will refine this measurement, ushering us toward clarity.

Presently, we lack certainty regarding our galaxy’s fate, yet the quest for understanding unveils the magnitude of knowledge we’re still uncovering about the cosmos, even right at home.

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