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ABB Creations
With an active customer base in more than 100 countries, ABB is the world’s largest supplier of high voltage products. ABB delivers almost half of all high voltage switchgear projects. ABB has a complete portfolio of high voltage products – live and dead tank circuit breakers, current and voltage transformers, surge arresters, and high voltage capacitors – for gas insulated and air insulated switchgear bays, in high-voltage AC or DC systems, and at all voltage levels up to 800 kV. Ludvika in Sweden is the site of ABB’s focused factories for live tank breakers, current transformers, voltage transformers, surge arresters
ABB CTS
The TPU 4x.xx transformers are cast in epoxy resin and designed for insulation voltages up to 12 kV. The 3,6 kV and 7,2 kV versions have the same dimensions as the 12 kV. The TPU 5x.xx transformers are cast in epoxy resin and designed for insulation voltages up to 17,5 kV. The 13,8 kV version has the same dimensions as the 17,5 kV. The TPU 6x.xx transformers are cast in epoxy resin and designed for insulation voltages up to 25 kV. The 24 kV version has the same dimensions as the 25 kV. The TPU7x.xx transformers are cast in
ABB Australia Transformers
ABB is Australia’s leading manufacturer of electrical transformers, with two distribution transformer manufacturing locations in Brisbane and Perth. The company also delivers quality and value to the higher end of the market, i.e. >10MVA 33kV, through the Front End Sales Engineering and Contracts group in Moorebank, Sydney. ABB transformers are installed in a variety of applications, ranging from rural overhead distribution of electricity to heavy industrial installations within the mining, petrochemical and manufacturing industries. Customers include electricity supply authorities, engineering procurement and construction clients, consultants, contractors, resellers and end users.
ABB Current Transducer
The MOCT system satisfies current sensoring needs for revenue metering or protective relaying in a wide variety of applications. Linear output Current Transducer, Current Monitoring from 0 50 A in 4 Ranges Factory Calibrated with Onboard Current Transformer – TCSA, Factory Calibrated for Monitoring with Accessory External Current Transformer LCS10T12 connected - DCSA Cost Effective OEM designs, TCSA - Surface Mount with a Single Screw, or DIN 3 Mount with P1023.20 Adaptor, DCSA - Snap-on DIN 3 Mounting. Our passive optical current transducer uses light to accurately measure current on high voltage systems.
ABB Current Sensing Relay
The COD current sensing relay is used to initiate switching or control functions upon a change in line current. It is equipped with independently adjustable high current and low current circuit closing contacts, and operates similar to a contact closing ac ammeter with inverse time delay. The COR relay unit is commonly used for capacitor switching applications. When the high current contact closes, capacitors are connected to the power line in order to raise line voltage. Converserly, when line current drops sufficiently to maintain the low-set COD relay current contact for a preset time, switching is initiated to disconnect capacitors
ABB CM-SRN
ABB CM-SRN: Could be ordered with or without delay time. Delay on "ON" is adjustable from 0.05 to 1 second or 1.5 to 30 seconds, thus ensuring accuracy. The current being monitored is applied to the terminals B1 or B2 or B3 and C.The output relay energizes when the monitored current exceeds the set point. It de-energizes when the current is below the set point within the hysteresis range. Both current monitors are used to monitor overcurrents, the CM-SRN type in AC/DC supply version has a selection switch to select over or undercurrent function. Hysteresis is adjustable from 5-30 %
ABB Brno
It is unbelievable but the predecessor to the present company ABB PPMV Brno (ABB EJF) is celebrating 120 years since its establishment. Please come with us on a tour of the history of a company, which is both interesting and diverse with a dynamic present and a very ambitious future. The history of today’s ABB PPMV Brno started in 1887, when the first electrical plant of the company Bartelmus & Donát was set up for manufacturing direct current dynamos. After the end of the First World War it redirected its production to a new range of goods including transformers and
ABB Bland
ABB Inc is a private company categorized under Power Distribution/Specialty Transformer Manufacturers and located in Bland, VA. Current estimates show this company has an annual revenue of $100 to 500 million and employs a staff of approximately 250 to 499.ABB Inc Products: Manufactures electric power snaps; manufactures power related transformers Power adapters or inverters, Frequency converters, Signal converters, Electrical or power regulators, Magnetic coils, Uninterruptible power supplies, Chokes, Electric rotary converters, Capacitor banks, Reactors, Slip rings, Power distribution units PDUs.
ABB Company in Baroda
New Delhi February 22, 2002: ABB announced its decision to expand its power transformer factory at Vadodara, India. This will enable the company to produce the complete range of power transformers upto 400 Kilovolts (kV). The state-of-the-art facility in Vadodara was a greenfield development and commissioned in 1999. Since the start-up phase, the factory has demonstrated consistently good product performance. To date, it has supplied 35 power and traction transformers of varying capacity and complexity to major Indian utilities and industry. These include Punjab State Electricity Board (PSEB), Gujarat Electricity Board (GEB), Bhakra Beas Management Board (BBMB), Hindalco and the
ABB ACB
Air circuit breakers can be used both as circuit-breakers for general protection (of plants, of user complexes, of electric lines) and as protection circuit breakers of electrical machines (generators, motors, transformers, capacitors). These can be used both as circuit-breakers for general protection (of plants, of user complexes, of electric lines) and as protection circuit-breakers of electrical machines (generators, motors, transformers, capacitors). They are used in all types of plants (civil, industrial, and in the service sector) as well as in the equipment on-board ships, in mines, in prefabricated substations, and for primary and secondary distribution in general.
ABB Air Circuit Breaker Manual
Air circuit breakers can be used both as circuit-breakers for general protection (of plants, of user complexes, of electric lines) and as protection circuit breakers of electrical machines (generators, motors, transformers, capacitors). These can be used both as circuit-breakers for general protection (of plants, of user complexes, of electric lines) and as protection circuit-breakers of electrical machines (generators, motors, transformers, capacitors). They are used in all types of plants (civil, industrial, and in the service sector) as well as in the equipment on-board ships, in mines, in prefabricated substations, and for primary and secondary distribution in general.
ABB Current Limiter
The trend towards higher line kVA ratings and the growing intermeshing of power systems are increasing the likelihood that distribution switchboards will be subjected to unacceptably high short-circuit currents. Reliable and economic protection against these surge currents is provided by the Is-limiter. This fast-acting switching device triggers a small charge to open the main conductor, which is designed to carry high operating currents. The current commutates to a parallel fuse with high breaking capacity, which limits the short-circuit current during the first rise. Is-limiters are being used successfully in more than 2.500 stations in 70 countries.
ABB Ammeter
HD Electric Co.'s Halo Ammeters are high-voltage digital ammeters for use on power distribution systems and are designed to take true RMS AC current measurements up to 2000 A on voltages up to 69 kV. The open core design allows the user to quickly hook it over a conductor from the end of a hotstick and obtain a current reading in amperes. The Halo can be used to take spot load measurements on single or multi-phase systems to determine load balance. The Halo is available with either a hook or fork-style sensing head. The Halo II includes peak-hold and tracking
ABB Current Sensor
ABB offers a family of high accuracy fiber-optic current sensors (FOCS), specifically developed for measuring high dc currents. The easy and flexible use characterizes this technical innovation. ABB's FOCS is a family of high accuracy fiber-optic current sensors developed for measuring high dc currents. The easy and flexible use characterizes this technical innovation. Based on the magneto-optic effect (Faraday effect) in a single-ended optical fiber around the current conductor, the FOCS can measure uni- or bidirectional dc currents up to 500 kA with an accuracy of 0.1 % of the measured value.
ABB DCS 600
Many years of ABB’s experience in power electronics have been used in the DCS 600 development. Moreover it’s reliability has been verified time and again in countless applications as a major part of ABB DC motor drives, generator excitation and other applications. The DCS 600 digital microprocessor control has superior current regulation, as it is constant, accurate and stable over the units operation range. Its various protection features like over-current, over-voltage and phase-sequence are fully integrated to protect the rectifier bridge devices from unnecessary stress and damage.
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http://www.innas.com/Assets/files/Hydrid%20brochure.pdfHere is a series hybrid that beats them all, especially if you consider the vehicle they started with.
Hydraulic accumulator-up to 99% efficient
hydraulic motors-up to 95% efficient
Engine-pump-accumulator-wheel drive
Regeneration
wheel drive-accumulator-wheel drive
The key component is the wheel drive. It needs to be 95+% efficient. Most hydraulic motors loose a lot of efficiency when they run at higher speeds. This is why the motor needs to be in the wheel itself.
My design allows infinite variations in displacement in the wheel drive itself. The linked design requires a transformer to control flow and pressure to the wheel drives. Mine requires no transformer, and replaces the friction brakes on an equal weight basis.
In doing so it eliminates all the rest of the power train components.
Power from the engine to pump--- 95% out of the pump---99% out of the accumulator---95% at the tire.
That's 89.3475% of the engine power to the wheel.
Regeneration
Wheel motor 95%---accumulator 99%----wheel motor 95%.
That's also 89.3475% regeneration efficiency
Now you can run the engine at only it's best BSFC, because you are using it to charge the accumulator in every mode of operation, except when you are climbing a sustained grade that would deplete the accumulator.
Take your conventional vehicle and throw away.
Induction system
Transmission
axles
brakes
differential
Starting system
Propeller shaft
Use that weight saved to install an accumulator that allows you one 0-70 acceleration event. The size depends on the weight of the vehicle, but in every case it would be less than what you no longer need, listed above.
The engine starts by using hydraulic pressure from the accumulator. It shuts off when the accumulator reserve is topped off. It starts up when accumulator pressure is at a predetermined minimum that is driver adjustable.
The "engine" could be any form or design that gives you hydraulic pressure.
Electric
Steam
Diesel
Gas
It doesn't matter how you get the pressure as long as you have pressure.
The amount of energy required to stop from 70-0 will run your car almost a mile at 60 MPH. That is all the reserve you need.
In the linked design over the European test cycle, the engine only ran 11.9% of the time the vehicle was moving through the cycle, and only at its vest BSFC range.
Want a big honking engine, I don't care, it would just run for a smaller percentage of the time. Smaller engine, again I don't care, it just runs a longer percentage of the time.
The EPA estimated that fuel consumption could be improved by 80% through power train improvements alone. The INNAS design gives a 100% improvement with the same engine, in the same vehicle, through the same test cycle.
Instead we hypermile cars to do exactly the same thing the INNAS design does without any more driver input than the normal person driving normally.
Make the car hypermile itself.
Every out of system improvement:
Better aero
Lower rolling resistance
Weight reduction
Makes the engine run less to go the same distance and directly improves fuel efficiency.
Pop was a computer systems analyst beginning in 1960. He always told me to blame the system not the people. We all know people will always be the weak link in efficiency. When we make cars "people proof" by making them self hypermiling, we have solved the problem.
The biggest problem I see is that when we do make cars self hypermiling, then we will have to find another obsession!!!!!!!!!!!!!!!!!!!!!!!!!!!
Two power modules, one pure electric, one pure IC. Switch them when you need to take a road trip, or travel further than your electric only range.
One car does both jobs. When battery technology gets better you use the battery nodule more and the engine module less.
regards
Mech
