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sharmapooja1234 · 2 years ago

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Global And Regional Analysis Of Electric Vehicle Skateboard Chassis Market Positioning,And Forecast By 2029 PIX Moving, UPOWER, Canoo

The Electric Vehicle Skateboard Chassis Market research delivers comprehensive research on the present stage of the market, covers market size with respect to assessment as sales volume, and provides a precise forecast of the market scenario over the estimated period. Also focuses on the product, application, manufacturers, suppliers, and regional segments of the market. Electric Vehicle Skateboard Chassis report research highlights market driving factors, an overview of the market growth, industry size, and market share. Since this Electric Vehicle Skateboard Chassis report depicts the constantly evolving needs of clients, vendors, and purchasers in different regions, it becomes simple to target specific products and generate large revenues in the global market.

“The Market For Electric Vehicle Skateboard Chassis Market Is Expected to Reach Rise at A CAGR Of 24% During the Forecast Period.”

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Top Key Players are covered in this report:

PIX Moving, UPOWER, Canoo, ECAR TECH, Haomo, Schaeffler, ZF, Rivia

On the Basis of Product, the Electric Vehicle Skateboard Chassis Market Is Primarily Split Into

Wheelbase Less than 2550mm

Wheelbase 2550-2700mm

Wheelbase 2700-2850mm

Wheelbase 2850-3000mm

Wheelbase above 3000mm

On the Basis of End Users/Application, This Report Covers

Commercial Vehicle

Passenger Vehicle

Autonomous Delivery Vehicle

The regions are further sub-divided into:

-North America (NA) – US, Canada, and Mexico

-Europe (EU) – UK, Germany, France, Italy, Russia, Spain & Rest of Europe

-Asia-Pacific (APAC) – China, India, Japan, South Korea, Australia & Rest of APAC

-Latin America (LA) – Brazil, Argentina, Peru, Chile & Rest of Latin America

-The Middle East and Africa (MEA) – Saudi Arabia, UAE, Israel, South Africa

Major Highlights of the Electric Vehicle Skateboard Chassis Market report study:

A detailed look at the global Electric Vehicle Skateboard Chassis Industry

The report analyzes the global Electric Vehicle Skateboard Chassis market and provides its stakeholders with significant actionable insights

The report has considered all the major developments in the recent past, helping the users of the report with recent industry updates

The report study is expected to help the key decision-makers in the industry to assist them in the decision-making process

The study includes data on Electric Vehicle Skateboard Chassis market intelligence, changing market dynamics, current and expected market trends, etc.

The report comprises an in-depth analysis of macroeconomic and microeconomic factors affecting the global Electric Vehicle Skateboard Chassis market

Market Ecosystem and adoption across market regions

Major trends shaping the global Electric Vehicle Skateboard Chassis market

Historical and forecast size of the Electric Vehicle Skateboard Chassis market in terms of Revenue (USD Million)

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Market Segment Analysis:

The Electric Vehicle Skateboard Chassis Report provides a primary review of the industry along with definitions, classifications, and enterprise chain shape. Market analysis is furnished for the worldwide markets which include improvement tendencies, hostile view evaluation, and key regions development. Development policies and plans are discussed in addition to manufacturing strategies and fee systems are also analyzed. This file additionally states import/export consumption, supply and demand, charge, sales and gross margins.

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The Research covers the following objectives:

– To study and analyze the Global Electric Vehicle Skateboard Chassis consumption by key regions/countries, product type and application, history data from 2016 to 2022, and forecast to 2028.

– To understand the structure of Electric Vehicle Skateboard Chassis by identifying its various sub-segments.

– Focuses on the key global Electric Vehicle Skateboard Chassis manufacturers, to define, describe and analyze the sales volume, value, market share, market competition landscape, Porter’s five forces analysis, SWOT analysis and development plans in the next few years.

– To analyze the Electric Vehicle Skateboard Chassis with respect to individual growth trends, future prospects, and their contribution to the total market.

– To share detailed information about the key factors influencing the growth of the market (growth potential, opportunities, drivers, industry-specific challenges and risks).

– To project the consumption of Electric Vehicle Skateboard Chassis submarkets, with respect to key regions (along with their respective key countries).

Report Customization:

Electric Vehicle Skateboard Chassis, the report can be customized according to your business requirements as we recognize what our clients want, we have extended 25% customization at no additional cost to all our clients for any of our syndicated reports.

In addition to customization of our reports, we also offer fully tailored research solutions to our clients in all industries we track.

Our research and insights help our clients in identifying compatible business partners.

Note: All of the reports that we list have been tracking the impact of COVID-19 on the market. In doing this, both the upstream and downstream flow of the entire supply chain has been taken into account. In addition, where possible we will provide an additional COVID-19 update report/supplement to the report in Q3, please check with the sales team.

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messunggroup · 4 years ago

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PREVENT ELECTRICAL FIRES & HAZARDS WITH RESIDUAL CURRENT MONITORING

Residual Current is a critical condition impacting hospitals, data centres, industrial plants, etc. It can lead to dangerous situations for both personnel and equipment.

Moreover, it can cause unexpected interruptions, malfunctions and EMC problems that cost time and money. Hence, Residual Current Monitoring is critical for safety, high availability and productivity in industrial and purpose-built environments.

Inside environments like data centres where shielded cables are present, residual current may spread through cable shielding across different parts of the data centre if the racks are insufficiently earthed. This can lead to fires, unexplained IT systems failures, tripping and disconnecting of critical equipment.

Let’s understand RCM, its dangers and the solutions a little better.

WHAT IS RESIDUAL CURRENT?

Residual Current is electrical current that occurs in an unwanted conductive path. It flows from either AC or DC circuit in equipment to the chassis, or to the ground.

Residual currents are typically the result of insulation faults, defective equipment and components (power supplies, electrical loads) causing outflow-related residual currents and stray currents in TN-S systems. RCM classification is based on frequency and waveform of the current that they candetect - Type A, Type B, Type B+.

WHY USE RCM (EARTH LEAKAGE MONITORING)?

RCM is essential to ensure Continuous System Availability. In market segments with sensitive applications (e.g., Critical power locations, Hospitals, Industrial Manufacturing), an uninterrupted power system is of crucial importance.

Uninterrupted operation (Increased Uptime & Availability) of an installation is only ensured by continuous monitoring.Continuous Residual Current Monitoring is the only method to detect dangerous fault currents at an early stage.

Early detection of insulation faults, as well as preventive maintenance and servicing outside of operating hours, can prevent unexpected shutdowns of machines, servers and systems, thus avoiding unwanted interruptions in operation, property damage and high costs.

RCM measurement in accordance with DIN EN 62020 offers the most reliable and safe alternative wherever the realization of Insulation Resistance Measurement or RCDs are not practical in an installation.

PROBLEMS CAUSED BY FAULT CURRENTS

While electricity has become an indispensable component of our lives, the fact is, it comes with its own hazards to human life and property. The major risks include:

· Electric Shock

· Breaker Tripping

· Fire Hazard

· Server and Computer Shutdown

· Interruption of Communication Networks

· Temperature Rise in Conductors resulting in Insulation Breakdown

· Fast Corrosion of Metal Pipes

· Production Shutdown

· VSD / Inverter Faults

· Sensor Malfunction

· Overvoltage Problems

· Overloaded Neutral Conductor

REASONS FOR INSULATION FAILURE

The purpose of insulation is to prevent the flow of electric current between points of different potential in an electrical system. Failure of insulation is one of the most common failures in an electrical equipment.

Insulation of an electrical circuit becomes weak due to various causes:

· Natural deterioration due to aging

· Accelerated by excessive heat and moisture

· Heat, moisture and dirt are main causes of insulation failure

· Chemical deterioration

· Mechanical damage

· Sunlight

· Excessive voltage stresses

HOW RCM WORKS

Residual currents are typically the result of insulation faults, defective equipment and components (power supplies, electrical loads).

Conductors (L1, L2, L3, N) of the specific measurement point are monitored and passed through the RCM CT. In a fault-free system the sum of all currents is ZERO, so that in the current transformer no current is induced.

If a fault current is flowing, the current difference induces in the differential CT an mA current that is detected by Janitza’s UMG device.

TYPES OF RCM

There are 3 types of RCM:

Type A: Sinusoidal alternating current pulsed direct current. This type of RCM is applied to single-phase electronic devices with electronic regulation & control such as power supplies, computers, lighting systems, single-phase drives, heat pumps, single-phase dimmers, single-phase electronic devices in the three-phase network, etc.

Type B: Smooth & pulsating direct current as well as alternating currents up to 2 kHz. Applications include devices with three-phase bridge circuits and purely direct current devices like photovoltaic systems, controlled three-phase motors, UPS systems, dimmers, medical devices, etc.

Type B+: Smooth & pulsating direct current as well as alternating currents upto 20 kHz.

RCM STANDARDS

RCMs monitor residual currents in electrical installations in real time. They report the level of residual current value and signal when it exceeds a threshold. They comply with DIN EN 62020.

IEC 62020 is a standard used to test RCM accuracy. It defines residual operating current IΔN as the leakage current threshold where the RCM reports an alarm.

Where a circuit is permanently monitored by an RCM in accordance with IEC 62020 or an IMD in accordance with IEC 61557-8, it is not necessary to measure the insulation resistance if the functioning of the IMD or RCM is correct.

When RCM (Earth Leakage Monitoring) is installed and operational, there is “NO” requirement for Mains Power disconnection.

WHERE IS RCM USED?

There are many applications of residual current monitors; they include:

· TN-S Systems

· Drive Systems (Frequency Converters)

· DC Applications

· Hospital & Medical Facilities

· Industrial Manufacturing

· Data Centre & Critical Power Applications

· Power Distribution Busbar

· Rail Networks

ALTERNATIVES FOR RESIDUAL CURRENT MONITORING

Insulation Testing as part of Preventive Maintenance Both the ends of the cable need to be disconnected and then meggered for finding the insulation. Long testing times results in long shutdown times and personnel have to deal with the cumbersome procedure of disconnecting the terminated cables. Periodicity of the tests needs long term planning as well.

Insulation Monitors - Online This is a popular but cost prohibitive measuring method wherein a measuring DC voltage is superimposed between the phase and PE conductor. This measurement procedure is suitable for monitoring conventional AC, 3(N)AC systems. If it is used in AC, 3(N)AC systems containing galvanically connected DC components, these DC currents will distort the measurement result.

Residual Current Breakers / Earth Leakage Relays These devices trip the circuit causing incidents. Faults and fires are not predicted, only prevented, and surprise shutdowns can be extremely expensive for operations that require uninterrupted power supply.

RCM WITH JANITZA

Janitza offers a wide range of digital energy meters that provide residual current monitoring in conjunction with energy measurement, which constitute a measure for fire protection and maintenance prevention. Downtimes and the associated costs are thereby reduced.

Timely and preventative maintenance – facilitated through the information additionally gained from an RCM measuring device – also significantly enhances the efficiency and availability of a system.

Scope: Janitza's range of smart RCM devices covers the complete electrical system from utility incomer to the final circuit:

1. MV & LV supply (PCC)

2. LV Main Distribution Switchboard

3. Sub-distribution Switchboards, UPS Outputs

4. PDU, Critical Power Supply Points & Busway Feed Box

5. Outgoing Circuits, Final Sub-measurements & Busway Tap-offs

Devices: Type A RCM measuring devices such as the UMG 96RM-E, UMG 509-PRO, UMG 512-PRO, UMG 20CM from Janitza are suitable for monitoring alternating currents, pulsing DC currents per IEC/TR 60755 (2008-01) and can be used for continuously checking for residual currents in TN-S systems.

Other Type A RCM devices include UMG 96 RM-PN, UMG 96 PA, UMG 806, RCM 201-ROGO, RCM 202 AB.

Type B RCM devices include UMG 96 RM-E, UMG 96 PA, UMG PQ-L, RCM 202 AB. The last three devices are also capable of Type B+ RCM.

Software & Apps: Janitza's power grid monitoring software, GridVis generates the RCM report which allows clear and uncomplicated display of measurement data from residual current measurements. The GridVis RCM Report enables users to:

· Analyse and evaluate residual current violations

· Receive statistics regarding threshold violations with graphically highlighted overviews

· Set up to 4 threshold levels

· Support of dynamic thresholds (RCM measuring device configuration!)

· Custom text, customer logo and export in PDF and XLS format

· Report creation can be carried out at custom time schedule

· Automatically dispatch per E-Mail

Janitza's RCM analysis App is a homepage add-on application with extensive options for setting limit values and for detailed analysis of residual currents. Up to 20 RCM channels can be managed and evaluated via a gateway*. The evaluation includes all types of residual currents and an associated frequency analysis.

For example, 50 Hz, pure DC or high-frequency residual currents in the 20 kHz range can be displayed individually. In addition, the application enables the proven dynamic limit value formation with Janitza energy measuring devices.

Energy measuring devices can be assigned to each of the 20 RCM channels and limit values can be calculated as a function of power.

SUMMARY

Highly automated production systems, computer centres and systems with constant processes (e.g. food sector, cable fabrication, paper production) require a reliable power supply - often even high availability, i.e. an availability of at least 99.9%, frequently even 99.9999 %.

An insulation measurement is required for the repeat testing of fixed electrical systems for which the system must be switched off. Production processes and administration processes are interrupted. This means an increase in work and often also significant costs.

In order to avoid this, the standards offer an alternative: Continuous residual current monitoring, with which it is also possible to locate faults faster. With continuous RCM, it is possible to avoid shut-downs and minimise test work. Constant checking of the system takes place, which enables the immediate detection of faults.

With Janitza’s range of solutions for energy monitoring and management system, comprehensive RCM of the power supply takes place at all levels: from CGP and outputs requiring monitoring in the LVDS and sub-distribution systems, right through to individual critical loads. Together with the GridVis® energy data acquisition software and the integrated alarm management, users can avoid expensive downtimes and prevent fire hazards that are latent due to creeping insulation faults.

In India, Janitza products are brought to you by Messung Electrical Engineering division. Power quality analysers, digital energy meters, active filters, and apps – Messung offers the complete Janitza range of power quality and energy management solutions.visualisation software

#Messung Electrical Engineering #Power quality analysers #digital energy meters #active filters #power quality #energy management solutions.#energy monitoring and management system #energy monitoring

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messungelectricalengineering · 4 years ago

Text

PREVENT ELECTRICAL FIRES & HAZARDS WITH RESIDUAL CURRENT MONITORING

Residual Current is a critical condition impacting hospitals, data centres, industrial plants, etc. It can lead to dangerous situations for both personnel and equipment.

Let’s understand RCM, its dangers and the solutions a little better.

WHAT IS RESIDUAL CURRENT?

Residual Current is electrical current that occurs in an unwanted conductive path. It flows from either AC or DC circuit in equipment to the chassis, or to the ground.

WHY USE RCM (EARTH LEAKAGE MONITORING)?

PROBLEMS CAUSED BY FAULT CURRENTS

While electricity has become an indispensable component of our lives, the fact is, it comes with its own hazards to human life and property. The major risks include:

· Electric Shock

· Breaker Tripping

· Fire Hazard

· Server and Computer Shutdown

· Interruption of Communication Networks

· Temperature Rise in Conductors resulting in Insulation Breakdown

· Fast Corrosion of Metal Pipes

· Production Shutdown

· VSD / Inverter Faults

· Sensor Malfunction

· Overvoltage Problems

· Overloaded Neutral Conductor

REASONS FOR INSULATION FAILURE

Insulation of an electrical circuit becomes weak due to various causes:

· Natural deterioration due to aging

· Accelerated by excessive heat and moisture

· Heat, moisture and dirt are main causes of insulation failure

· Chemical deterioration

· Mechanical damage

· Sunlight

· Excessive voltage stresses

HOW RCM WORKS

Residual currents are typically the result of insulation faults, defective equipment and components (power supplies, electrical loads).

If a fault current is flowing, the current difference induces in the differential CT an mA current that is detected by Janitza’s UMG device.

TYPES OF RCM

There are 3 types of RCM:

Type B+: Smooth & pulsating direct current as well as alternating currents upto 20 kHz.

RCM STANDARDS

RCMs monitor residual currents in electrical installations in real time. They report the level of residual current value and signal when it exceeds a threshold. They comply with DIN EN 62020.

IEC 62020 is a standard used to test RCM accuracy. It defines residual operating current IΔN as the leakage current threshold where the RCM reports an alarm.

When RCM (Earth Leakage Monitoring) is installed and operational, there is “NO” requirement for Mains Power disconnection.

WHERE IS RCM USED?

There are many applications of residual current monitors; they include:

· TN-S Systems

· Drive Systems (Frequency Converters)

· DC Applications

· Hospital & Medical Facilities

· Industrial Manufacturing

· Data Centre & Critical Power Applications

· Power Distribution Busbar

· Rail Networks

ALTERNATIVES FOR RESIDUAL CURRENT MONITORING

RCM WITH JANITZA

Scope: Janitza's range of smart RCM devices covers the complete electrical system from utility incomer to the final circuit:

1. MV & LV supply (PCC)

2. LV Main Distribution Switchboard

3. Sub-distribution Switchboards, UPS Outputs

4. PDU, Critical Power Supply Points & Busway Feed Box

5. Outgoing Circuits, Final Sub-measurements & Busway Tap-offs

Other Type A RCM devices include UMG 96 RM-PN, UMG 96 PA, UMG 806, RCM 201-ROGO, RCM 202 AB.

Type B RCM devices include UMG 96 RM-E, UMG 96 PA, UMG PQ-L, RCM 202 AB. The last three devices are also capable of Type B+ RCM.

· Analyse and evaluate residual current violations

· Receive statistics regarding threshold violations with graphically highlighted overviews

· Set up to 4 threshold levels

· Support of dynamic thresholds (RCM measuring device configuration!)

· Custom text, customer logo and export in PDF and XLS format

· Report creation can be carried out at custom time schedule

· Automatically dispatch per E-Mail

Energy measuring devices can be assigned to each of the 20 RCM channels and limit values can be calculated as a function of power.

SUMMARY

In India, Janitza products are brought to you by Messung Electrical Engineering division. Power quality analysers, digital energy meters, active filters, visualisation software and apps – Messung offers the complete Janitza range of power quality and energy management solutions.

0 notes

shraddha0330 · 4 years ago

Text

Global Automotive Test Equipment (Automotive Testing Equipments) Market Analysis, Drivers, Restraints, Opportunities, Threats, Trends, Applications, And Growth Forecast To 2028

Market Overview

A new research report titled, ‘Global Automotive Test Equipment Market’ has been added into the vast repository of research reports by Ordient Market Research. The research report covers a detailed analysis of the overview of the market, overall size, share, product definition, supply chain analysis, supply chain ratio, upstream raw materials and equipment, downstream demand analysis, and import/export details. The report further analyses the different approaches, procedures, strategies, and methodologies adopted by the leading competitors operating in the market to make strategic key business decisions. Apart from the above-mentioned key findings, the report also states the growth rate of the global market, as well as the facts, figures, consumption tables, and statistics of the leading segments. Additionally, the Global Automotive Test Equipment Market research report provides an in-depth study of the current scenario of the market, along with the current and future industry trends, in order to identify the investment analysis.

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The Global Automotive Test Equipment Market Report provides detailed information to clients who strengthen their core leadership capabilities identified in the global Automotive Test Equipment market business. Using the diagrams, graphs, and flowcharts in the report, experts expressed the analyzed information in an acceptable and excellent way. The Automotive Test Equipment Market Report provides a basic overview of the Automotive Test Equipment industry, including definitions, classifications, and applications. In addition, the industry chain structure, Automotive Test Equipment, provides development policies, planning, manufacturing processes, and cost structures. The Automotive Test Equipment report provides information on regions, types, key drivers, trends, challenges, applications, annual growth rates, forecasts, and market size (quantity and value), and market segment by region.

Market Scope

The report then delivers an in-depth analysis of the market by value, by production capacity, by companies, by applications, by segments, by region, etc. The competitive landscape view in industry, mergers & acquisitions, research, new technologies & upcoming companies is mentioned in the report. A review of market segments, as well as sub-segments, are also highlighted in this report to offer manufacturer suggestions on the growth potential of each of the segments. Current developments in the global Automotive Test Equipment market are also highlighted in the report.

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Market Segmentation

The report has classified the global Automotive Test Equipment industry into segments including product type and application. Every segment is evaluated based on growth rate and share. Besides, the analysts have studied the potential regions that may prove rewarding for the Automotive Test Equipment manufacturers in the coming years. The regional analysis includes reliable predictions on value and volume, thereby helping market players to gain deep insights into the overall Automotive Test Equipment industry.

By Type

Chassis Dynamometer

Engine Dynamometer

Vehicle Emission Test System

Wheel Alignment Tester

By Application

OEM

Aftermarket

Regions covered in this report are:

North America

United States

Canada

Europe

Germany

France

U.K.

Italy

Russia

Nordic

Rest of Europe

Asia-Pacific

China

Japan

South Korea

Southeast Asia

India

Australia

Rest of Asia-Pacific

Latin America

Mexico

Brazil

Middle East & Africa

Turkey

Saudi Arabia

UAE

Rest of Middle East & Africa

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Global Automotive Test Equipment Market Report provides in-depth information about the Leading Competitors involved in this report:

HORIBA

Bosch

AVL List

ABB

Meidensha

ACTIA

MTS

Siemens

Key Answers in the Automotive Test Equipment market Report:

1.Possible users of this report in the global Automotive Test Equipment market.

2.Effective strategy formulation by end-users.

3.Product and services leaving a lasting influence on the global Automotive Test Equipment market.

4.Growth factors likely to attract the attention of market players.

5.Challenges to the expansion of the market.

6.Product or service offering the most revenue.

7.Recent developments influencing the global Automotive Test Equipment market.

8.Innovations likely to positively impact the market.

9.Enlisting micro and macro factors according to geography.

10.Disruptions caused by COVID to the supply chain.

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https://neighborwebsj.com/uncategorized/4740346/global-bond-market-in-global-industry-overview-size-and-share-2021-2030/

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Head of Business Development

Phone: +91-7385620197

Email: [email protected]

Web: https://ordientmarketresearch.com/

#Automotive Test Equipment (Automotive Testing Equipments) Market Size

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ashishpathak-blog1 · 5 years ago

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Automotive Bushing Market with Industry Capacity, Future Prospects, Economic Aspect and Forecast To 2026

The market intelligence study Automotive Bushing weighs upon its global standing in the forecast period from 2019 to 2026. The study employs both primary and secondary research techniques to assess, interpret, segment as well as forecast the total revenue generated by the industry across different regions. To determine the size, share and development rate of the business, the research determines the performance across different product categories and geography. The study further offers detailed statistical analysis regarding key factors including the drivers, opportunities, challenges and restraints that have a substantial effect on the progress of the Automotive Bushing market.

If you are a Automotive Bushing vendor than this article will help you understand the Sales Volume with Impacting Trends. Click To get FREE SAMPLE PDF (Including Full TOC, Table & Figures) @ https://www.marketexpertz.com/sample-enquiry-form/26955

This study relies on the evolution of the industry to derive the trends that are observed. A significant increase in the global market is visible, which promises the expansion of the market in the coming years.

Dealing with the competition and competitors

The subject matter experts conducting the study offer a deep understanding of how prominent leaders have managed to navigate the potential buyers and competitive dynamics influencing their brand positioning in the industry The Automotive Bushing market analysis provides everything a business owner needs in order to succeed.

The major manufacturers covered in this report:

Benara Udyog Limited, Boge Rubber & Plastics, Continental AG, Cooper Standard Holdings Inc., Dupont, Federal-Mogul, Hyundai Polytech India Pvt Ltd., Mahle GmbH, Nolathane, Oiles Corporation, Paulstra Snc, Sumitomo Riko Company Limited, Tenneco Inc., Vibracoustic GmbH, ZF

Filling in the gaps

It will not be wrong to say that the Automotive Bushing market report talks about customer experience that matters to every business owner planning to leverage the strategic insights for their brand growth. The case studies included in the study further demonstrate how recent innovation, mergers or acquisitions, new launches, research and development etc. have enables prominent leaders to curb toughest issues related to production volumes, demand and supply, supply chain management and more.

Study aims at providing data about key category dynamics such as user awareness and a buyer’s purchase intent, as well as tries to list down the relative influence of certain trends on the demand for a certain product or service.

Most important Products of Automotive Bushing covered in this report are:

By Vehicle Passenger Cars, Light Commercial Vehicles (LCVs), Heavy Commercial Vehicle By Electric Vehicle Battery Electric Vehicle (BEV), Hybrid Electric Vehicle (HEV), Plug-In Hybrid Electric Vehicle (PHEV)

Most important Applications of Automotive Bushing covered in this report are:

Engine, Suspension, Chassis, Interior, Exhaust, Transmission

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Helping you establish a strong foothold in the industry

The Automotive Bushing report highlights set of information related to pricing and the category of customers who are more than willing to pay for certain products and services. The information on opportunities as well as product features, determine which offerings or benefits command sale and identify the communications channels used by the market leaders to create premium positioning strategies as well as attract broadest share.

Geographically, this report studies the key regions, focuses on product sales, value, market share and growth opportunity in these regions, covering:

United States

Europe

China

Japan

Southeast Asia

India

Apart from the above mentioned content the researchers go an extra mile to define the distinct usage occasions and lists the customer segments to leverage the brand and identify future opportunities. Besides, the subject matter expert segment the target customers purely based on their consumption patterns.

Incorporated with Info-graphics, charts, 75 tables and 105 figures, this 243-page research report “Automotive Bushing Market Size, Type Analysis, Application Analysis, End-Use Industry Analysis, Regional Outlook, Competitive Strategies And Forecasts, 2019 - 2026” is based on a complete research of the entire Global Automotive Bushing market and covering all its sub-segments through comprehensively thorough classifications. Insightful analysis and assessment are created from superior primary and secondary information sources with data and information derived from industry specialists across the value chain. The report provides historical market data for 2014-2018, base year estimates for 2018, and forecasts from 2019 to 2026.

For further information on this analysis, please visit @ https://www.marketexpertz.com/industry-overview/automotive-bushing-market

Table of Contents:

Report Overview: It includes the objectives and scope of the study and gives highlights of key market segments and players covered. It also includes years considered for the research study.

Executive Summary: It covers industry trends with high focus on market use cases and top market trends, market size by regions, and global market size. It also covers market share and growth rate by regions.

Key Players: Here, the report concentrates on mergers and acquisitions, expansions, analysis of key players, establishment date of companies, and areas served, manufacturing base, and revenue of key players.

Breakdown by Product and Application: This section provides details about market size by product and application.

Regional Analysis: All of the regions and countries analyzed in the report are studied on the basis of market size by product and application, key players, and market forecast.

Profiles of International Players: Here, players are evaluated on the basis of their gross margin, price, sales, revenue, business, products, and other company details.

Market Dynamics: It includes supply chain analysis, analysis of regional marketing, challenges, opportunities, and drivers analyzed in the report.

#Automotive Bushing Market #Automotive Bushing Trend #Automotive Bushing Size #Automotive Bushing forecast

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pallavi43-blog · 6 years ago

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Global Automotive Test Equipment (Automotive Testing Equipments) Market Outlook 2019-2025: HORIBA, Bosch, Siemens

Global Automotive Test Equipment (Automotive Testing Equipments) market looks into a report for analysis of the Automotive Test Equipment (Automotive Testing Equipments) market showing the most recent situation in the market. It predicts the growth of industry size & share in the upcoming years. The report assesses various perspectives deciding the market expansions and also the volume of the Automotive Test Equipment (Automotive Testing Equipments) market. It includes the forceful business establishment of the Automotive Test Equipment (Automotive Testing Equipments) industry synopsis alongside the overview of the overall Automotive Test Equipment (Automotive Testing Equipments) market players (HORIBA, Bosch, Siemens, AVL List, ABB, Meidensha, ACTIA, MTS).

In 2017, the Global Automotive Test Equipment (Automotive Testing Equipments) Market size was xx million USD and it is expected to raise xx million USD before the end of 2025, with a CAGR of xx.xx% in the middle of 2018 to 2025.

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The study report covers the thing representing wage division and business ties of the Automotive Test Equipment (Automotive Testing Equipments) major key players. It gets into speculating the latest changes in the worldwide Automotive Test Equipment (Automotive Testing Equipments) market while evaluating the offer in the market of the dominating players in the upcoming period.

The Automotive Test Equipment (Automotive Testing Equipments) report determines the constraints and strong motivations behind the primary players through SWOT analysis. It reviews the advancement of the leading players in the Automotive Test Equipment (Automotive Testing Equipments) market. Additionally, the key produced product classification and segments, and also to the sub-segments of the global markets, are inspected throughout this study report.

This Automotive Test Equipment (Automotive Testing Equipments) report focuses on the global top players, including

HORIBA, Bosch, Siemens, AVL List, ABB, Meidensha, ACTIA, MTS

Market segment by Type, the product can be split into

Chassis Dynamometer, Engine Dynamometer, Vehicle Emission Test System, Wheel Alignment Tester

Automotive Test Equipment (Automotive Testing Equipments) Market segment by Application can be split into

OEM, Aftermarket, Others

Geographically, Market segment by key Regions/Countries, this Automotive Test Equipment (Automotive Testing Equipments) report includes

North America Automotive Test Equipment (Automotive Testing Equipments) Market (Mexico, Canada, and the United States), South America/Latin America Automotive Test Equipment (Automotive Testing Equipments) Market (Argentina, Chile, Brazil), Europe (France, Germany, Italy, Netherlands, Finland, Poland, Russia, Spain, Sweden, and UK), Asia-Pacific (India, Malaysia, China, South Korea, Thailand, Singapore, Indonesia, and Japan), The Middle East and Africa Automotive Test Equipment (Automotive Testing Equipments) Market (Saudi Arabia, Egypt, Morocco, Nigeria, and South Africa) and Automotive Test Equipment (Automotive Testing Equipments) Market in Australia.

For Any Query Or Inquiry For Customized Report Click @ http://www.qymarketresearch.com/report/215977#inquiry-for-buying

Following Segments Are Also Covered In This Automotive Test Equipment (Automotive Testing Equipments) Report:

Supply and Consumption – Automotive Test Equipment (Automotive Testing Equipments) Report similarly provides supply and utilization which is inspected by experts.

Contenders – Driving players in Automotive Test Equipment (Automotive Testing Equipments) industry statistics are studied regarding their company profile, product portfolio, restrict, price, cost, and income.

Creation Analysis – The report is separated with respect to different types and applications. The worldwide Automotive Test Equipment (Automotive Testing Equipments) market size is divided into North America, Latin America, Europe, Asia Pacific, and the Middle East and Africa based on geological locations.

Deals and Revenue in Automotive Test Equipment (Automotive Testing Equipments) Market Analysis – Worldwide deals and revenue period is likewise evaluated in this area for the diverse territories. It separates the global microeconomic components by choosing the Automotive Test Equipment (Automotive Testing Equipments) market value changes in each region.

The Automotive Test Equipment (Automotive Testing Equipments) report is idealized for the advertisement, private and present-day buyers, governments, producers, and different financial specialists to present their market-driven methodologies in the degree to the predicted and existing patterns in the business. Above this, the Automotive Test Equipment (Automotive Testing Equipments) report furthermore present clever purposes of interest of the modern laws, strategies, along with rules which makes the report profitable for managers, administrators, executives, business experts and various key individuals to consider and understand Automotive Test Equipment (Automotive Testing Equipments) market growth trends, drivers and market challenges.

Chapters Define in TOC(Table of Content) of the Report:

Chapter 1. Automotive Test Equipment (Automotive Testing Equipments) Industry Overview. Chapter 2. Worldwide Automotive Test Equipment (Automotive Testing Equipments) Market Contest by top players/producers, Product Type, and Application. Chapter 3. The United States Automotive Test Equipment (Automotive Testing Equipments) market sales volume and Share by manufacturers, types, and application. Chapter 4. Automotive Test Equipment (Automotive Testing Equipments) Market Growth Rate, Share, & Automotive Test Equipment (Automotive Testing Equipments) Sales of Europe. Chapter 5. (Sales Value, Volume, and Cost) of China Automotive Test Equipment (Automotive Testing Equipments) industry. Chapter 6. (Sales Volume, Price, Value) of India Market. Chapter 7. Japan Automotive Test Equipment (Automotive Testing Equipments) industry Trend, Income, Sales Value, development Rate. Chapter 8. (Sales Value, Volume, and Cost) of South-East Asia Market. Chapter 9. Profiles and Deals Information of the Global Automotive Test Equipment (Automotive Testing Equipments) leading Manufacturers/players. Chapter 10. Automotive Test Equipment (Automotive Testing Equipments) Industries Production/Manufacturing Cost Analysis. Chapter 11. Sourcing Methods, Downstream Purchasers, and Automotive Test Equipment (Automotive Testing Equipments) Modern Chain. Chapter 12. Global Automotive Test Equipment (Automotive Testing Equipments) Wholesalers/Dealers, and Marketing System Analysis. Chapter 13. Automotive Test Equipment (Automotive Testing Equipments) Market Impact Components Analysis. Chapter 14. Figure and Forecast (2018-2023) of Worldwide Automotive Test Equipment (Automotive Testing Equipments) Market. Chapter 15. Research Findings and Conclusion of Global Automotive Test Equipment (Automotive Testing Equipments) Industry. Chapter 16. Appendix.

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swapnil492 · 6 years ago

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Automotive Die-stamping Equipment Market Research Study by Porter's Five Forces Analysis with CAGR of 3.83% & Forecast to 2023

The Automotive Die-stamping Equipment Market Report provides Growth history, Sales channel, Manufacturers profiled in Automotive Die-stamping Equipment industry, Market share of product and scope of a region in detail. The Market report also consists of key drivers and limiting factors affect the Automotive Die-stamping Equipment Market Growth, Change in industry Trends or challenges faced by Automotive Die-stamping Equipment Manufacturers in forecast years.Automotive Die-stamping Equipment Market report will help you take well-versed decisions, understand opportunities, plan effective business strategies, plan new projects, analyze drivers and give you a vision on the industry forecast.

Get A Sample PDF Of Report

About Automotive Die-stamping Equipment Die-Stamping equipment is a tool that helps in forming the desired shape by means of deformation without the removal of any material. The die-stamping equipment consists of two dies, between which the material required is pressed with appropriate stress to form the desired shape. Market analysts forecast the global automotive die-stamping equipment market to grow at a CAGR of 3.83% during the period 2019-2023.

The report splits the global Automotive Die-stamping Equipment market into the Americas, Asia-Pacific, Europe, the Middle East, and Africa Region. The Automotive Die-stamping Equipment Market report useful for forecasters, marketers, industry specialists & consultants, sales, product managers, Business Development Advisors, Strategy Advisors, manufactures, potential investors, key executive (CEO and COO) to provides a detailed analysis of the key players in the market which provides a company overview, financial overview, service offering, different strategies used by them, and comprehensive SWOT analysis of

Fagor Arrasate, Komatsu, Macrodyne Technologies, and Schuler.

Researcher project Automotive Die-stamping Equipment market to grow at a CAGR of 3.83% during the period 2019-2023.

Feel Free to Ask Question Before Purchasing the Report

The worldwide and regional Automotive Die-stamping Equipment market elements are precisely explained which helps to understand advancing of business trends, drivers, opportunities, and difficulties for the worldwide Automotive Die-stamping Equipment market.

Market driver

Increasing demand for lightweight vehicles

For a full, detailed list, view our report

Market challenge

Increasing use of plastic parts in vehicles for lightweighting

For a full, detailed list, view our report

Market trend

Carbon fiber reinforced plastic chassis

For a full, detailed list, view our report

The Porter’s five forces analysis included in the report educates buyer on the current situations along with anticipated future Automotive Die-stamping Equipment market size.

Some of the key topics covered in the report include:

Competitive scenario – useful for starting up a new venture in Automotives Sector to improve on what is already out there.

Market Landscape - useful for organizations considering significant expansion or shifts in focus, or those conducting a rigorous strategic planning process in Automotive Die-stamping Equipment Market.

Market characteristics – useful before budgeting marketing dollars, management needs to know the size of the market, the competitive environment, the customer profile, the distribution system, and the key success factors

Market Sizing and forecast - provide depth and clarity for clients in developed and emerging markets

Market Drivers, Challenges, Trends – provide the latest upward and downward movements of the Automotive Die-stamping Equipment market

Vendor Landscape & Classification, Vendors covered & Market positioning of vendors in Automotive Die-stamping Equipment Market

Regional comparison & Key leading countries

Porter’s Five Forces Analysis and many more

Purchase This Report (Price 2500 USD for a Single-User License)

The CAGR of each segment in the Automotive Die-stamping Equipment market along with global market (as a whole) is explained with great ease. Also, global and regional Automotive Die-stamping Equipment market supply chain analysis provides vital info about producers, distributers and key end-users in the market. It also explains import-export situations, affecting factors, etc. to fully and deeply reveal market situations.

Table of Contents included in Automotive Die-stamping Equipment Market Report - PART 01: Executive summary

PART 02: Scope of the report

PART 03: Research Methodology

PART 04: Introduction- Market outline

PART 05: Market landscape - Market overview, Market size, and forecast, Five forces analysis

PART 06: Market segmentation by end-user industry

PART 07: Market segmentation by application

PART 08: Geographical segmentation - Automotive Die-stamping Equipment market in APAC, Europe, North America & ROW

PART 09: A Decision framework

For More Chapters Click Here

Be sure to follow us on Linkedin at @ 360 Market Updates for more on growth research of the market.

Name: Mr. Ajay More

Email: [email protected]

Organization: 360 Market Updates

Phone: +44 203 239 8187/ +1 424 253 0807

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likelyfadblog · 7 years ago

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Dell Celebrates 25 years of OptiPlex, with all new series of All in Ones

News Summary:

Dell’s 25-year legacy in the desktop business and continued focus on innovation presents the latest OptiPlex portfolio – AIOs and Towers

The new range solidifies Dell’s position in the desktop segment, for offering smart, versatile and reliable desktop PCs

Full story:

As OptiPlex completes its 25 years of consistently adapting and delivering customer-led innovation, Dell in India today announced the launch of a new family of OptiPlex All-in-Ones (AIO) and OptiPlex Family Towers that provide powerful solutions in a consolidated, elegant design. Featuring versatile, space-saving form factors and 8th generation Intel® Processors, this new line-up of All-in-Ones from Dell are reimagining the desktop to help businesses unleash their full potential. The new OptiPlex portfolio of towers and All-in-Ones are built on a legacy of power, versatility, and reliability – a supreme need of businesses, today.

Earlier this year, Dell globally introduced new solutions across its commercial PC portfolio designed to help businesses of all sizes achieve that critical balance. Known for being the world’s most secure and manageable commercial PCs, Dell’s new commercial lineup features advances in smart design, productivity, and sustainability to meet the ever-expanding needs of a global, diverse workforce.

Commenting on the launch, Indrajit Belgundi, Director, and General Manager, Client Solutions Group at Dell India said,

“Desktops are leading form factors for businesses in India and Dell has been a consistent leader as indicated by IDC for All-in-ones in Q1 CY18. Dell identifies desk-workers as a major workforce persona – one that needs reliable, secure and innovative machines that respond to their business needs. Of Dell’s 33 year legacy, OptiPlex has been around for 25 years – constantly evolving and creating immersive experiences for its users. From public to BFSI, the desktop is truly king. We believe that desktop business with continuous innovation and heightened dependability will keep advancing in growth.”

The following portfolio of OptiPlex products are being announced:

OptiPlex 7760 AIO is a powerful 27-inch InfinityEdge with optional glare-free 4K Ultra HD with HDR and High-Gamut sRGB or Full HD IPS with touch display, next-generation discrete graphics and quad mic array with Waves Maxx technology- giving way to crystal clear sound at distances up to 12 feet. It offers 80 PLUS internal Power Supply Unit with optional 200W EPA Platinum and comes loaded with Intel Integrated HD Graphics 630 and an optional NVIDIA GeForce® GTX 1050, 4GB

OptiPlex 7460 AIO comes with a 23.8-inch InfinityEdge display providing an overall smaller footprint while optimizing screen space with edge-to-edge Full HD IPS display technology and numerous port options. The AIO also offers a 2.5 inch 2TB 5400rpm SATA Hard Disk Drive, optional Intel® Optane™ Memory 16GB, and dual storage and RAID support. In addition, Dell is offering consumers with an optional 2.0MP 1080P FHD or Infrared Pop-up Webcam that supports Windows

OptiPlex Tower, Small Form Factor, and Micro desktops are packed with 8th Gen Intel® Core™ processors and up to 64GB of DDR4 memory for the versatile workforce of today. The OptiPlex XE3, available in Tower and Small Form Factor, is an industrial-grade desktop with enterprise-class performance, combining reliability and durability to meet the needs of industries including healthcare, retail, and manufacturing, while also offering an OEM-ready design. The XE3 can operate in extreme temperatures and is resistant to shock and vibration, and is available with optional dust filters

The OptiPlex 7060 and 5060 Tower, Small Form Factor and Micro desktops offer power-packed performance, easy scalability and integration for any workspace, thanks to the next-generation AMD, Integrated Intel HD, Dual AMD Radeon, NVIDIA graphics options that can power up to three monitors simultaneously. A sustainably built, MIL-STD 810G tested form factor plus lockable cable covers and chassis intrusion switch helps make work seamless and hassle-free

The OptiPlex 3060, the business desktop is a compact system, for a clutter-free workstation. Available in Tower, Small Form Factor, and Micro form factors – with multiple mounting options, this tool-less designed system offers up to 32GB DDR4 memory. Designed for enterprise-class performance; these combine reliability and durability so that efficiency is unlimited when desktops work flexibly. It supports Dell Data Security and TPM 2.0 to keep your work secure, enhanced by lockable cable covers & optional chassis intrusion switch

For a modern workforce that desires utmost level of data security, not only at rest but also on-the-move begins with a trusted device. With the latest OptiPlex portfolio, Dell has also cemented its leadership in data and endpoint security through new enhancements to Dell Data Guardian and Dell Encryption.

Dell Data Guardian now includes added support for an organization’s existing data classification structures that deliver enforcement and controls beyond a company’s network. It also protects many file types, including in-house, proprietary applications, in addition to standard Office and commonly-used file types like PDF. Organizations can also safeguard their most critical files by setting access permissions inside or outside IT ecosystems, adding on-screen watermarks for an additional level of security, and enabling controls that extend to file usage and sharing.

Many organizations maintain heterogeneous IT environments made up of several brands, operating systems, and generations of PCs. To help ensure data is secure across these mixed environments, Dell Encryption is a flexible data-at-rest solution that’s now available in a choice of file-based or full-disk encryption—or both for a dual encryption solution.

About Dell

With award-winning desktops, laptops, 2-in-1s and thin clients, powerful workstations and rugged devices made for specialized environments, monitors, endpoint security solutions and services, Dell gives today’s workforce what they need to securely connect, produce, and collaborate from anywhere at any time. Dell, a part of Dell Technologies, services customers from consumers to organizations of all sizes across 180 countries with the industry’s most comprehensive and innovative end-user portfolio.

The post Dell Celebrates 25 years of OptiPlex, with all new series of All in Ones appeared first on LikelyFad.

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