Amazon [amazon.com] has
5-Quart Valvoline Hybrid Vehicle 0W-20 Full Synthetic Motor Oil for
$19.95. Shipping is free w/ Prime or on $35+.
Product Description from Amazon:
- Engineered specifically for hybrid vehicles, Valvoline's exclusive technology suspends water molecules in the oil to prevent damage from fuel and water, while ensuring proper lubrication of all metal surfaces
- Protect your hybrid motor with additives that defend against sludge and deposits to extend engine life
- Valvoline's innovative Trap and Lock Technology suspends water molecules in the oil to prevent damage from fuel and water
- Anti-Corrosion Shield provides enhanced protection against rust and engine oil breakdown that may impact fuel efficiency
- Designed to defend hybrid motors against wear, friction, heat, and deposits – the leading causes of engine breakdown
- American made and formulated, from the Original Motor Oil brand trusted for more than 150 years
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Typically, the hybrid engine runs at lower temperatures. This is because the electric motor alleviates the load from the IC engine, which means that it cannot reach the optimal operating temperature required to boil off the water that gets condensed within the engine oil. As the oil in hybrid engines also operates at lower temperatures, it is typically unable to properly lubricate all the engine components.
When you use the right hybrid engine oil for your hybrid car, it substantially decreases wear and tear, reduces the formation of sludge, while it also prolongs the engine lifespan.
Another issue arises from the fact that the lubricant can come into contact with electrical components within the hybrid vehicle and receive an electric charge, which can cause major problems. This is why hybrid oil and transmission lubricants for hybrid vehicles need to have different electrical and conductive properties than oils for traditional vehicles so they are fully compatible with insulating materials and coatings they will come into contact with.
Oxidation is also a big factor that is different in hybrid engines when compared to traditional IC ones. As high temperatures tend to cause oxidation and oil deterioration, the conductivity is increased as a result, which can cause damage to seals and bearings. The right fluid needs to be used in order to lower the temperature of electric components and prevent oil oxidation. Otherwise, interference can occur within sensitive electric and electronic components of the motor.
These challenges are mitigated by the use of proper hybrid lubricants, maintaining the longevity of both the vehicle's engine and the fluids used.
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