The APAC HVDC transmission systems market is predicted to develop due to its higher efficiency and lower cost benefits

So far, Asia has dominated the worldwide HVDC transmission business. The region's market share has been declining over the last decade, owing primarily to market growth in Europe and North America. Given the large opportunities and government rules, countries like China and Indonesia are likely to attract significant investments.

Year after year, the global need for clean and renewable energy grows. Governments are considering a variety of options for addressing their energy issue, including the interconnection of HVDC systems. Thousands of Megawatts of power are sent across various grids every day, thanks to a lot of investment in connecting diverse power grids.


In 1882, the first long-distance High Voltage Direct Current transmission was made across a distance of 57 kilometres, with a power output of only 1.5 kW in Germany. The Rio Madeira transmission connection in Brazil now holds the record for the longest transmission, with a length of 2385 kilometres and a capacity of 7.1 GW.

The concept of Direct Current has resurfaced in the last 130 years, with individuals recognising its advantages over long-distance transmission and how problems that previously existed can be overcome. The concept of DC was popularised by Thomas Edison, but it never truly caught on with the general public. After countless studies and new breakthroughs in this field, companies are once again considering HVDC as a solution to the problem of HVAC transmission.

In recent years, the average size of HVDC transmission systems has expanded. With more nations joining the project and establishing more HVDC grids, the APAC HVDC Transmission Systems Market is growing.

HVDC has a number of advantages, including the fact that it is much cheaper to transmit power over long distances, that transmission losses are lower over longer distances, that there is no maximum transmission distance, and that it allows power to be transferred from one AC grid to another with different frequencies. This aids in the connection of incompatible grids, provides stability, and boosts the economy.

The main difficulties with HVDC are the cost of its converter stations and the need for a well-communicated system to control the power flow, making multi-terminal systems expensive. Big corporations are getting involved in the APAC HVDC Transmission Systems Market, and they're coming up with novel solutions to some of the market's problems.

The primary process of HVDC is to convert AC to DC at the transmitting end and then back to AC at the receiving end. Rectifiers and inverters can be used to do these conversions. Filters, thyristors, Insulated Gate Bijunction Transistor (IGBT), and Voltage Source Converter are some of the other significant devices utilised in this (VSC). The VSC field is undergoing a lot of research because it is one of the most important parts of reducing losses. Overhead wires or subsea cables can be used to transmit power.


Market Drivers

The APAC HVDC transmission systems market is predicted to develop because to the higher efficiency and lower cost benefits offered by HVDC over other systems.

HVDC transmission systems are predicted to have a low negative impact on the environment, propelling the APAC HVDC transmission systems market growth over the forecast period.

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