Home » Blog » The Application of Virtual Reality Technology in Power Grid Fault Monitoring

The Application of Virtual Reality Technology in Power Grid Fault Monitoring

HONG KONG, June 08, 2022 (GLOBE NEWSWIRE) — WIMI Hologram Academy, working in partnership with the Holographic Science Innovation Middle, has written a brand new technical article describing their exploration of the applying of Digital Actuality know-how in energy grid fault monitoring. This text follows under:

The applying of Digital Actuality know-how in energy grid fault monitoring energy grid, often known as an influence community, is the entire composition of all voltage substations and transmission and distribution strains within the energy system. The facility system is likely one of the most complicated man-made techniques, its vast geographical distribution, energy steadiness, vitality transmission, energy transmission gentle pace, communication scheduling extremely dependable, the real-time operation by no means cease, main failure on the spot growth, these traits decide the ability system working knowledge, fast progress, wealthy sort. Whereas the dimensions of the ability grid expands yr by yr, it additionally places ahead larger and better necessities for the safety, stability, and reliability of the ability grid.

Whether or not it’s energy grid planning and design, or energy grid node fault detection, energy grid analysts want to know and analyze the general operation of the ability system via digital simulation know-how. Scientists from WIMI Hologram Academy of WIMI Hologram Cloud Inc.(NASDAQ: WIMI), regarded that digital simulation of the ability system has change into an vital device for experimental analysis, and planning, design, and dispatching operation of the ability system. The next are some built-in views of science and know-how among the many scientists, which have cutting-edge guiding significance for “the applying of digital actuality know-how in energy grid fault monitoring”.

1. Background introduction

With the event of the good grid and the regional interconnection of the nationwide energy system, numerous new vitality, and new gear are always becoming a member of, the dimensions of the prevailing energy grid is consistently increasing, and the ability system is more and more complicated, making it harder to watch, analyze and management the ability grid. The outcome knowledge obtained by the ability system simulation lastly have to be used via affordable visualization means and corresponding evaluation strategies to be understood by the workers. As a way for analysts to not directly perceive the operation state of the ability grid, the visible evaluation of energy simulation knowledge performs a key position in sustaining the steady operation of the ability grid system. Within the technique of operation of the ability grid system, there will likely be sure knowledge distribution traits, and there could also be native fluctuations and different irregular conditions. By capturing these traits and irregular states, analysts will then perceive the operation standing of the ability grid and suggest focused options and countermeasures.

2. Traits of digital actuality know-how

Digital actuality know-how is a complete know-how, whose essential technical connotation consists of pc graphics, multimedia know-how, human-computer interplay know-how, and simulation know-how. With the maturity of pc {hardware} and software program situations, digital actuality know-how has appeared to explosive growth in recent times and has been extensively utilized in medical care, training, leisure, business, navy, and different fields. Digital actuality know-how establishes an artificially constructed three-dimensional digital atmosphere, which permits customers to work together with objects within the digital atmosphere naturally, vastly increasing the human skill to grasp, simulate and adapt to the world. Digital actuality know-how has three traits: immersion, interplay, and conception. Customers can talk and work together via pure interactive methods in computer-generated digital scenes corresponding to gestures and language and may get multi-channel info suggestions corresponding to visible, auditory, and tactile info, to really feel the immersion and realism much like the actual world.

Up to now 5 years, some digital actuality {hardware} gadgets dominated by digital actuality headsets have emerged in massive numbers. For prime-dimensional knowledge, particularly three-dimensional spatial knowledge, digital actuality know-how has nice distinctive benefits: The digital actuality atmosphere itself is three-dimensional, and customers observe spatial knowledge within the digital actuality atmosphere, theoretically no totally different from observing objects in the actual world. Subsequently, the VR atmosphere can carry the consumer nice immersion; the VR system can get hold of interactive info by detecting the consumer’s head and hand actions. It provides immersion, whereas it offers extra human-computer interplay channels: in digital actuality techniques, customers can use digital arms and rays to choose up and manipulate three-dimensional objects.

3. Software of digital actuality know-how in electrical energy system

The event of built-in energy system regulation places ahead a brand new demand for the great monitoring of substations, and the great show of substation monitoring info is changing into increasingly more vital. At current, the monitoring info of the substation within the monitoring middle primarily comes from two channels: One is {the electrical} amount and gear standing info collected via the SCADA(Supervisory Management And Information Acquisition) system, and the opposite is to view the real-time photographs of the scene via the video monitoring gear, these two points of data can’t be instantly built-in into the identical image. These days, there are increasingly more unattended substations, so it’s troublesome for monitoring personnel to enter the substation to grasp the actual website scenario, and there’s no clear understanding of the particular scene of the substation. On the similar time, as a result of the monitoring personnel usually have to be chargeable for the monitoring work to dozens of stations, the precise scenario of every substation is commonly not understood, and the modeling demand of the substation could be very massive.

Within the area of substation simulation, three-dimensional modeling has been utilized to mannequin the first and secondary gear intimately and may present a three-dimensional roaming interplay atmosphere for the view and operation of the particular gear. Nonetheless, this technique establishes the substation mannequin with an extended modeling cycle and poor mannequin a number of talents, which isn’t appropriate for the monitoring of a lot of precise substation eventualities, so it can not present handy monitoring for the built-in software of the regulation. Panoramic modeling via easy gear to take panoramic footage, offering a easy and possible three-dimensional panoramic show atmosphere, with the assistance of the corresponding pc know-how can obtain a full vary of the interactive show. The scene primarily based on panoramic image fast modeling know-how and electrical gear info visualization, in a easy 3 d atmosphere, scene picture correct show, superposition on 3 d visible show content material, real-time show of main and secondary gear electrical standing can present monitoring personnel in the identical image panoramic substation monitoring platform, can vastly enhance the mixing of substation monitoring info. At present, some digital actuality helmet gadgets are primarily used within the gaming and leisure areas. Digital actuality headsets utterly isolate customers from the skin atmosphere, offering higher immersion and authenticity than conventional surround-around projection screens. By means of using digital actuality know-how, it may possibly present a really intuitive reference for the design, planning, mission decision-making, optimization, and evaluation of energy engineering and energy gear, and may present a really helpful technical means for bettering the technical scheme of the system and gear.

Within the instances of mixing digital actuality know-how with energy grid techniques, the overwhelming majority solely contain 3 d modelings, scene roaming, digital coaching, and different content material, and barely go deep into the sphere of information visible evaluation. Subsequently, immersive digital actuality know-how is launched into the sphere of information visible evaluation of energy grid techniques, and several other humanized interplay schemes are proposed, in order that energy grid analysts can observe and analyze energy grid knowledge in a extra pure interactive means.

After a very long time of growth, digital actuality know-how has progressively penetrated all points of the ability system and has been extensively utilized in energy engineering design, simulation coaching, energy monitoring, and different hyperlinks. Energy engineering design The standard energy system design is principally two-dimensional charts, within the technique of design and calculation, and verification, it’s simple to look inconsistent or not complete issues, the design effectivity, and financial effectivity are low. Utilizing digital actuality know-how to design the ability system could make the design technique of the three D energy unit mannequin extra intuitive and affordable, and test.

Based in August 2020, WIMI Hologram Academy is devoted to holographic AI imaginative and prescient exploration and researches primary science and progressive applied sciences, pushed by human imaginative and prescient. The Holographic Science Innovation Middle, in partnership with WIMI Hologram Academy, is dedicated to exploring the unknown know-how of holographic AI imaginative and prescient, attracting, gathering, and integrating related international assets and superior forces, selling complete innovation with scientific and technological innovation because the core, and finishing up primary science and progressive know-how analysis.


Holographic Science Innovation Middle

E mail: pr@holo-science. com

Source link

Leave a Reply

Your email address will not be published. Required fields are marked *