Friday, August 10, 2018

The Age of Class Distinction and Craft Production

by on August 10, 2018

        The automobile entered American society in the late 19th century, a time of economic crisis and class conflict with which the vehicle was inevitably associated. The auto marked out these increasingly contentious class divisions, for its high price ($600 to $7500) put ownership beyond the reach of all but the high bourgeoisie. These prices were the result of a skilled, craft labor process, in which the aesthetic appearance of these cars was as important as their mechanical function. Their bodies, in particular, were works of the coach-building art, produced in elaborate styles to match the tastes of the upper classes. Not only the production but also the use of these early cars solidified their association with class privilege. In the United States, where freedom had always been conflated with geographic  movement, autos gave their wealthy owners the freedom of a rapid, flexible and individual form of mobility, unencumbered by the collective regimentation of railway timetables and itineraries. But these beautiful, expensive vehicles were more often used not for practical transport but for leisure activities and public ostentation. They became an essential accessory of the leisure class, which used them for touring, racing and parading down fashionable boulevards. Consequently, the automobile quickly became defined in American culture as an instrument of freedom and leisure, and a symbol of the wealth that removed an entire class of people from the modern concerns of work and functional effort. The lower classes reacted to this symbolism with hostility and resentment. Farmers resented the ‘freedom’ of wealthy auto owners to intrude into rural communities, not only for the damage they did to land and livestock but also because they symbolized urban big-business interests, whose abuses caused radical agrarian protests during this period. Urban workers also resented bourgeois auto mobilists on city streets, where they disrupted street life and symbolized this class’s arrogant disregard for workers’ lives and livelihoods. At the same time, workers envied this possession of the rich, as indicated by the crowds that were attracted to movie theaters by early films featuring auto races and parades. In 1906 Woodrow Wilson worried about the class-divisive effect of the car, stating: ‘Nothing has spread Socialistic feeling in this country more than the use of automobiles’ (New York Times, 1906: 12). Sean O’Connell (1998: 11–42, 77–111) finds similar meanings of class privilege, leisure and freedom of mobility in the early period of the car in British society. These early cultural meanings of automobility, conditioned by the car’s production and use, are congruent with Pierre Bourdieu’s theory of consumption as class distinction, developed in his book Distinction(1984). Building an elegant and subtle structural theory on the simple conception of consumer goods as status symbols, he argues that cultural objects carry socially constructed meanings that testify to an individual’s class position. But the symbolic connection between economic class and cultural taste is not direct but mediated by an embodied habitus, a set of durable predispositions and ways of seeing the world. Thus, for example, the ample economic capital of the bourgeoisie determines a life removed from mundane material needs and the functions of things. This life determines a habitus that inclines members of this class toward cultural goods that reveal this distance from necessity by their formalization and aestheticization. By choosing goods that privilege aesthetic form over material function, the bourgeoisie unconsciously indicates that it has sufficient resources to be unconcerned with mundane functions and needs. The bourgeoisie’s formal-ized culture distinguishes it from the working class, whose consumer goods are focused exclusively on immediate material needs and gratification. Lack of economic capital means that workers have to be constantly concerned with meeting material necessities, which ingrains in them a habitus that inclines them to goods that privilege material function over aesthetic form. Thus, cultural consumption marks off class identity, and consuming the ‘legitimate culture’ of the bourgeoisie brings the additional resource of cultural capital or honorability, which disguises and justifies the economic capital on which the class system rests. Cultural capital testifies to refined tastes and creates the illusion that its upper-class possessors are personally superior to others and thus deserving of their superior economic resources. As Bourdieu puts it, culture symbolizes class, but in such a way as to cause a misrecognition of its real basis. Early automobiles clearly conferred cultural capital on the high bour-geoisie in American society by testifying to its removal from necessity. The beautiful forms of their craft-built bodies made it clear that these expensive vehicles were not merely mundane machines of transportation but also works of art, testifying to refined cultural tastes. And their use in leisure activities testified to a life free from the mundane, material concerns of earning a living. Another fact of this early period of automobility explained by Bourdieu’s theory is the diffusion of ownership. Bourdieu argues that in an attempt to accumulate cultural capital for themselves, members of the petty bourgeoisie or middle class seek to appropriate the prestigious goods of the bourgeoisie. But lacking both the economic means and the cultural habitus of the latter, they settle for cheap imitations, which seem satisfactory to them but give away their inferior resources to their class betters. This process of class imitation explains the diffusion of autos to middle-class professionals and managers by the first decade of the 20th century in the United States. Anxious to mark their own growing prosperity, these petty bourgeois borrowed the automotive symbol of wealth, leisure and freedom. This growing but less prosperous market for cars stimulated automakers to add less expensive models to their product lines. Finding few lower limits to the demand for automobility, a few visionary producers like Ford and Olds were stimulated to pioneer mass production. In 1908 Ford Motor Company introduced its inexpensive Model T, and over the course of the next two decades pioneered a production process of specialized machines and assembly lines that brought the price of the car down within reach of the rising incomes of most of the petite bourgeoisie and even the top strata of the working class. In Britain, however, the advent of mass production seems to have been impeded by a class system more rigid in both economic and cultural boundaries, leading automakers to shun standardized pro-duction for fear it would undermine the distinction of auto ownershipn(O’Connell, 1998: 18–38). Mass-produced American cars were clearly distinguished from the grand luxury makes driven by the rich. But initially these differences did not seem to concern their buyers. Ownership of a car of any kind was still sufficiently rare to constitute a status symbol in itself. But as mass produc-tion spread cars further down the class hierarchy, mere ownership lost its ability to convey distinction. Increasingly the type of car owned conveyed status, and the simple, functional, mass-produced cars were clearly degraded and stigmatized relative to the luxury makes. The latter became the true mark of automotive distinction, testifying to the great wealth and refined tastes of their high-class owners. Their quantitative superiority in size and power immediately marked them off from mass-produced cars. But the refined eye also noticed qualitative differences in aesthetics and mechanics. The luxury classics, because of superior engineering and careful hand-fitting, were mechanically tighter and drove more smoothly. Their engines ran quietly, their transmissions shifted effortlessly and their brakes functioned at a touch, creating a refined, relaxed driving experience befit-ting the ostentatious ease characteristic of the upper-class habitus. The aesthetics of these cars, however, denied and negated their mechanical function in the name of art. Hundreds of hours of craft labor were lavished on their wooden bodies, which were molded into curving, often rococo forms. And their lustrous surfaces were finished with up to twenty coats of slow-drying varnish paint. The resulting cars were unified, elegant works of art, which raised the mundane function of transportation to a formal, aesthetic experience, testifying to the removal from necessity conveyed by great wealth. The mass-produced cars, by contrast, were marked by a mundane concern for function and efficiency, which characterize working-class consumption, according to Bourdieu. The mass-production process was designed to produce simple, functional cars as quickly and as cheaply as possible, and these criteria were painfully obvious in the appearance and operation of its products. Cheap engineering and quick assembly led to loud, rough-running engines, laborious transmissions, and vibrating frames and bodies. These cars required considerable labor to drive, testifying to their owners’ more physical occupations. Their fragmented, unintegrated appearance also testified to a hurried, unskilled labor process that wasted little time on fit and finish. The bodies were rigidly rectilinear and flat, for curved panels created problems for machines. And the drab, unimaginative black finishes, dictated by quick enameling, spoke of a lack of concern for aesthetic variety. Everything about these cars symbolized the immediate concern for cost-cutting efficiency and function that characterized the lives of classes with few resources to waste on luxury. In contrast to the luxury classics, these cars were seen in the 1920s as degraded and stigmatizing. While Ford’s Model T was welcomed in the 1910s as an instrument of democracy, bringing automobility to the masses, by the 1920s it was commonly ridiculed as ugly and poorly built. One contemporary joke asked why a Model T was like a mistress. The answer: because you hate to be seen on the streets with one. In this early period of automobility, qualitative differences in cars symbolized and legitimated not merely the inequality of class but the inequality of gender as well. In both the United States (Scharff, 1991) and Britain (O’Connell, 1998), automobile production and use were influenced by the gender ideology of separate spheres. In general, automobiles were defined as masculine, both because they provided mobility in the public sphere and because they were utilitarian and mechanical objects of produc-tion. Women were supposed to confine themselves to the private, domestic sphere and to the nonutilitarian concerns of consumption and aesthetics.
           Consequently, car ownership and operation were considered culturally appropriate mainly for men. However, even when women in this early period gained access to automobility, gender ideology segregated them in a different type of automobile, the electric car. Gasoline-powered cars were said to be too smelly, noisy, powerful, and difficult to operate and maintain for women. Cars driven by electric motors were considered more appropri-ate for women, for they were quieter, cleaner and less mechanical. The major limitation of electric cars – their short range of travel between battery charges  was held to be unproblematic for women, since they were forbid-den to stray far from home anyway. When a combination of women’s demands and gas automakers’ self-interest finally brought the death of electric cars, gender ideology was rein-scribed within the market for gas cars. The larger, more luxurious, higher-priced cars, with their concerns for aesthetics and comfort, were defined as more feminine, while the smaller, cheaper, mass-produced cars, with their concerns for utility and efficiency, were defined as masculine (Scharff, 1991: 49–58). So there was a definite superimposition of class and gender connotations in the culture of early automobility. And this was not only because women with more income were more likely to drive than those with less. Bourdieu (1984: 382–3, 402–4) recognizes a cultural basis for this confluence, arguing that class distinctions are naturally gendered. In general, the bourgeoisie is considered more feminine, because both the men and women of this class are removed from the realm of physical production and emphasize aesthetics and form. By contrast, the working class as a whole is defined as more masculine, due to its involvement in physical work and unconcern for beauty. Consequently, during this period the distinction between luxury cars and mass-produced cars served simultaneously as a class and a gender marker, legitimating both inequalities.

Wednesday, August 8, 2018

TYPES OF ELECTRICAL VEHICLES

by on August 08, 2018

 1. Fuel - cell  Electric  Vehicles;  These  vehicles  produce electric - power  from  hydrogen  and  oxygen.  Owing  to its efficiency and water- only emissions, it is adjudged to be the leading  electric  vehicles . An example of such can be seen bellow.

2.  Hybrid  electric  vehicles  (HEVs);   These  has  two complementary drive structures   as can be seen in figure above : a gasoline engine and fuel tank and an electric motor, battery and  controls.  The  engine  and  the  motor  can  concurrently turn  the  transmission,  which  powers  the  wheels.  HEVs cannot  be  recharged  from  the  electric - power  distribution grid.  But  its  power  comes  exclusively  from gasoline  and regenerative braking .


3.  Plug - in  Hybrid  Electric  Vehicles  (PHEVs);  These  are furnished with internal combustion engine that can recharge the  battery  and/or  to  substitute  the  electric  drive  train  when the battery is low and extra power is needed. Likened to the HEV, it has nevertheless a larger battery - pack and it can be charged  exactly  from  the  power  grid.  The  constituent   parts of  a  plug - in  hybrid  electric  vehicle is  displayed  bellow


  4.  Extended - Range  Electric  Vehicles  (ER- EVs); represents  an  ER- EVs ,  it  employs  both combustion  engines and  electric motors,  only the  electric  motor  is  utilized  for propulsion. The  combustion  engine  is  utilized  to energize a generator. The  generator  subsequently  charges  the battery, which  energizes  the  motor.  ER - EVs  equally  permit  plug- in charging

5.  Battery  Electric  Vehicles  (BEVs);   The  BEV  is  all electric,  it  runs  absolutely  on  a  battery  and  electric  drive train,  without  a  traditional  internal  combustion  engine.  These  vehicles  should  be  plugged  into an  external  source  of  electric - power  in  order  to  recharge their  batteries.  Like  each  and  every  electric  vehicles,  BEVs can as well recharge their batteries by means of regenerative braking.  This  kind  of  EV  needs  bigger  batteries  than  the joined electric - petroleum vehicles.

The Grid, Smart Grid and their relationship with the Electric Vehicle
The  Grid  is  comprise  of  interconnected  electrical  power systems that convey electric - power from the plants where it is  generated  to  the  end - user.  The  grid  includes  wires, substations,  transformers,  switches  and  lots  more.  It  applies to  the  electric - power  grid,  an  interconnected system  of transmission lines, substations, transformers and much more that deliver electric – power from the power plant to homes or businesses.  Despite  the  fact  that  the  electric - power  grid  is regarded  as  an  engineering  wonder,  it  is  being  stretched   to its mix or patchwork capacity. For further advancement, we require  a  new  type  of  electric - power  grid,  that  is  built  to handle  digital and  computerized  equipment  and  on  which technology  depends  on.  An  electric - power  grid  that  can automate and manage the increasing complexity and present needs of the electric - pow er systems.   A Smart Grid is an  advanced  grid  system  that  manages  or  controls  electric power demand in a sustainable, reliable and economic way, it  is  built  on  modern  infrastructure  and adjusted  to  ease  the integration  of  all  connected.  It  can  be  referred  to  as  the digital  technology  that  permits  two - way  communication connecting utility authorities and its customers, and sensing on the electric - power lines. Like the Internet, the Smart Grid is  composed  of  controls,  computers,  automation,  new technologies and equipment functioning simultaneously, but in  the  case  of  the  Smart  Grid,  these  technologies  will  work with  the  electric- power  grid  to  react  digitally  to  fast adjusting  electric- power  demand.  The  advantages  related with  the  Smart  Grid  include:  Better  efficiency  in  the transmission of electric - power; Faster restoration of electric -power in the wake of power disruption; Minimized operation and  management  costs  for  utility  authorities,  and  eventual  reduction  of  electric - power  costs  for  end - users;  Lowering electric - power  peak  demand,  which  helps  to  reduce electricity  rates;  A  growth  in  the  integration  of  large- scale renewable  energy  generation  to  the  electric- power  systems; Improved  integration  of  customer - owned   electric - power generating  systems,  inclusive  of  renewable  energy  systems; And  enhancement  of  the  security  of  electric- power  system. A  vivid  description  of  the  smart  grid  is  shown  in  figure bellow

The  present  electric- power  grid  all  over  the  globe,  does not  provide  any  notable  storage  capacity.  This  imply  that every  kilowatt- hour  of  electric- power  utilized  must  be produced   instantaneously   at   the  very   same  moment. Meaning  that  for  every  unit  of  electric- power  produced  by utility  authorities,  it  need  to  be  matched  with  the  exact  unit of  electric- power  demanded.  Hence,  there  should  be  a balance  between  the  unit  of  electric- power  produced  by utilities  and  the  unit  of  electric- power  demanded  by customers  or  end users.  This  necessity  is  likely  the  greatest challenge towards the actualization   of   a   sustainable electric -power  supply  centered  on  renewable   energy  sources,  like photo voltaic  panels  and  wind  power  plants.  Since  their electric - power  output  varies  with  ti me,  it  is  commonly  not reliably  predicted  and  most  times  their  output  differs considerably  from  the  actual  electric - power  demand.  Specifically,  lack  of  availability  of  electric- power  from renewable  energy  sources  during  lengthened  calm  and cloudy   times  present  the  greatest  obstacle.  To  provide sufficient  electric - power  at  such  times,  large  fleet  of traditional power   plants has to be on standby mode,   prepared to  take  over  when   renewable  energy  sources  can  no  longer satisfy  customers  demand.  Another  option  is   to  build gigantic  facilities,  like  the  pumped  storage  or  batteries   that will  be  able  to  store  electric - power  for  a  longer  duration  of time. Pumped storage and battery technology requires costly hardware  facilities  and  maintenance  expenditures  when compare d   to  traditional  p ower  plants.   Smart  grids  and demand control techniques make available a less  costly and better  reasonable  hardware  wide- ranging  options  for  the smart  charging  of  electric  vehicles.  This  is  realized  by relaxing  the  connection  between  electric- power   production and  demand,   hinge  on  developing  a  technique such  that electric - power  demand  can  be  controlled  to  match  with variations  in  electric - power  supply.  Achieving  this,  entails shifting less urgent electric- power consumption  out  of   times of  peak  demand  onto  periods  of  surplus  electric - power production. The introduction of smart charging technologies into several spheres of human  endeavor   is the most positive way out to realize a reliable integration of renewable energy sources  onto  the  electric- power  production  or  generation mix. In the long run, an increase in the installation of smart charging  technology  will  reduce  the  numbers  of  needed standby  power  plants  and  save  related  construction  and operational  costs.  There  is  a  growing  interest  in incorporating  the  demand  control  strategy  into  electric vehicles.


Saturday, August 4, 2018

THE NEW FORD FOCUS

by on August 04, 2018
       
     
        Wow new generation, new ideas, new zeal, new creativity and more to it new prestige. After a long period of hard work, research, training regardless of the negative goodwill they got from the public which has always been as usual. They have finally come out  with what will meet the expectation of their customers and the public at large. The program for this innovation has been in thought for over four year but now it has been materialised. My dear customer and the public alarge i introduce you to this one and only model, the model which you have alway wanted, the one you desire, the one that will surely meet your expectation i give you the great new "FORD FOCUS".

ESSENTIAL DETAILS.

          The brand of this car was designed in Itally but was finally realised by the ford company. This model has been made for vary colours and customers can still place their demand for the type they desire and even if your need a bullet prove car it can still be materialised. The glass of the car are made of one of the best quality material and can last for a very long time. The chairs of the car are equally made of a uniform colour with quality material, these chairs are highly convertible to the way that will suit your needs in the car, and the bottom of the chair is in a U-shape that will fully carrest and hold your laps. This car has one of the lastest model of driving mirrow which can be controled without stressing your self too much by an electrical system which has been connected to the car meaning controls of this mirrows can be done at your comford sitting in the car. This car has four doors but in case your demand was for that with two doors the properties of the doors are still thesame all the doors are wired with an electical system which makes control very easy but there is one of those which has a master control system that is it has the power to control all other doors  without the driver moving from his driving position which is the drivers door this car has a curved back, a high definition musical system has equaly been adapted into this car couple with a high definition radio for your entertainment.  This car has an internally adapted explorable navigatable screen with is highly connected to the satellite, this explorable screen assist the driver most especially when he enters a city or town he knows nothing about, the GPS software found in this car can easily carry you to your destination without forgeting the supper air conditioning in the car.
          The engine of this car is made up of long lasting material. This engine is specifically adapted for this ford car it has engine capacity of 1.6  and can cover a distance of 120kilimeters per hour (120km/hr). This car has a power steering allow wheels and  it is been foeled with petrol . Innovation with wisdom this is the ford company.

Wednesday, August 1, 2018

PRESTIGIOUS CARS NOWADAYS

by on August 01, 2018
       The great and famous automobile companies found in world are making a lot of trastic and unpredictable changes in each of their domain to bring about most of our revolutional cars that will suit the comfort of our modern society users on a daily basis. New brain stormers come up with new designs and new model that is going to suit our modren generation. When looking at the first types of cars which was made during the industrial revolution we can mans ability of flexibility and innovation can not be stoped. This first model of cars which had a very bad shape and an undesigned structure which was equally very unpleasant, power of the engine was so fustrating and could not even be compared to the engine of our bikes (motocycles) nowadays, their engines was developed in such a way that could only start by riding the engine or by the use of pushing, the amout of nuisance that this car had to leave behind as noise was more that of 3 mealing machine combinded, it had a speed of only about three kilometers per hour (3km/hr), the amout of toxic gases the this car was emitting in to the atmosphere  was just like someone in the wood kitchen try to prepare food with wet firewood. Moreover it was a good thing and a very good start during that period because there was barely few industries of that kind operating and the level of competion was really minimal. Despite all this man's  creativity of changes did not  still stop they continue working very hard upto today.
The second generation of cars came after a lot of research and experience from the previous years, they made casing that could better fit the old model of cars and an advanced casing of the cars that could atleast have four sites. during this period the few car manufacturing industries started facing competion from rival companies. Some developed all sort of casing for their cars model without considering the striengh of their engine, some cars had four site, some 3 site and many others of 2 sites couple with passenger transporting cars of atleast 8 sites. After about some certain years great researchers came again and try to improve on their previous engine, at this point those genius at that time had to carry out more time to research on how to reduce the noise of the engine, equally improve on it power, the speed and equally the carrying capacity of their vehicles. After all this priod as days when by cars with brand names such as mitsubishi, voxswagon, land rover and many others came into existence with a lot of advancement with radio systems in their cars and from that period there has been many development upto to now.

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