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But to develop an electric engine that provides 1500 continuous hp isnt easyIf this news is correct, then MKE is on the right track. After the M113 and the Firtina howitzer hybrid solutions, MKE is eyeing to go for a hybrid solution for the Altay MBT. We will see if this will become a reality.MKE Inc prepares E-engine solution Altay MBT
Machinery and Chemical Industry (MKE) Inc, which became a joint stock company about a year ago, informed TurDef that it is ready to provide an electrical engine solution for the tank. We met MKE Inc Vice President and General Manager Yasin Akdere at the EFES 2022 exercise and got their opinions...www.turdef.com
It says hybrid not pure electric.But to develop an electric engine that provides 1500 continuous hp isnt easy
MKE make it seems as if they are really close to achieving such a solution
On the contrary, it is surprisingly easy.But to develop an electric engine that provides 1500 continuous hp isnt easy
MKE make it seems as if they are really close to achieving such a solution
It is in fact easier than producing a 1500HP Diesel engine with 4500Nm torque and try to fit it in a constrained space.But to develop an electric engine that provides 1500 continuous hp isnt easy
MKE make it seems as if they are really close to achieving such a solution
If you use fuel to generate electric power that's more ineffective than using a diesel engine...Electric motors can provide enough torque without a need for transmission.
You cannot belive torque rpm versatility of electric motors by changing wiring configuration.
As an hybrid solution small footprint jet engine could be used as generator to power batteries and electric motors. Also this could reduce the heat signature of a tank in certain situations.
If you use fuel to generate electric power that's more ineffective than using a diesel engine...
I am answering you, but it will also be the answer to others. Our current problem is not in the power source (mean engine). The problem is in the transmission of that power. For this reason, I suggest a serial hybrid system that bypasses mechanical transmission.İ might seem repeating but Türkiye already has got powerful turboshaft engine TEI TS1400 for Helis.
Why not to transform those into powerpacks for ALTAY MBTs?
Why not to create Turkish version of M1abram or T-80?
Yes, but you forgot transmission losses if we take into account transmission losses diesel-electric hybrid engines are more efficient. All those gears and shafts mean big energy losses for diesel engines.More inefficient, certainly true (it will impact range in the end given extra conversion losses, holding all else constant).
Ineffective, not the case.
Electric motors are extremely good at instant torque on demand, smooth torque curve range...and have other advantages like reducing transmission design size and complexity. This can often more than make up for the inefficiency of the system.
In the locomotive field for instance, it was quickly found that there was a huge advantage to introducing electric motors (as and when they became available) to diesel powerplants (to make what we call diesel-electric) given this high torque with minimal transmission complexity for it.....rather than have it diesel-direct transmission to wheels (such locomotives are constrained in size and operation).
Our problem is not the engine, it is the transmission.İ might seem repeating but Türkiye already has got powerful turboshaft engine TEI TS1400 for Helis.
Why not to transform those into powerpacks for ALTAY MBTs?
Why not to create Turkish version of M1abram or T-80?
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How?Electric engines are highly vulnerable in a war. Not a good idea.
Not really, if you are talking about solely electric with enormous batteries, yes. But we are talking about Diesel-electricElectric engines are highly vulnerable in a war. Not a good idea.
Exactly.Yes, but you forgot transmission losses if we take into account transmission losses diesel-electric hybrid engines are more efficient. All those gears and shafts mean big energy losses for diesel engines.