PHIMS: 

• PHIMS stands for Power Hybrid Integrated Energy Management System. It is a patented technology that uses supercapacitors to boost the power of ICE engines.

• Supercapacitors are a type of energy storage device that offer high power density and fast charging/discharging capabilities. They are ideal for use in PHIMS because they can provide the burst of power needed by ICE engines during acceleration and hill climbing.

• PHIMS is a turnkey solution that means that it is a complete system that can be easily installed on existing vehicles. The PHIMS system consists of a supercapacitor bank, a controller, and an interface that connects to the vehicle's electrical system.

• PHIMS can be easily retrofitted to existing vehicles because it does not require any major modifications to the vehicle's engine or other components. The PHIMS system is installed in the vehicle's existing electrical system, and it can be programmed to work with the vehicle's original engine control unit.

The benefits of using PHIMS:

• Significant fuel savings: PHIMS can help to reduce fuel consumption by up to 90%. This can save businesses and individuals a significant amount of money on fuel costs.

• Improved performance: PHIMS can also improve the performance of ICE engines. This is because the supercapacitors provide a burst of power that can help the engine to accelerate more quickly and climb hills more easily.

• Reduced emissions: PHIMS can also help to reduce emissions from ICE engines. This is because the supercapacitors help to improve the efficiency of the engine, which means that it produces less emissions.

 Features of PHIMS:

• Mature technology: Supercapacitors have been around for many years, and they are a well-understood technology. This means that PHIMS is a reliable and durable system that can be used for many years to come.

• Safe and easy to install: PHIMS does not require any major modifications to the vehicle's engine or other components. This makes it a very cost-effective solution, as it can be installed on a wide variety of vehicles without the need for expensive modifications.

• Scalable: PHIMS can be scaled to meet the needs of different vehicles. For example, smaller vehicles will require a smaller PHIMS system, while larger vehicles will require a larger PHIMS system.

Details about PHIMS:

• The supercapacitor bank in PHIMS is made up of a series of individual supercapacitors that are connected in parallel. This arrangement provides a high power density that is ideal for use in ICE engines.

• The controller in PHIMS is responsible for managing the flow of power between the supercapacitor bank and the vehicle's electrical system. The controller also monitors the state of the supercapacitor bank and ensures that it is not overcharged or over discharged.

• The interface in PHIMS connects the PHIMS system to the vehicle's electrical system. The interface allows the PHIMS system to communicate with the vehicle's engine control unit and other electronic components.

The size of the PHIMS device will vary depending on the size of the vehicle. For example, a small vehicle will require a smaller PHIMS device, while a large vehicle will require a larger PHIMS device. The size of the PHIMS device will also depend on the amount of fuel savings that the vehicle owner wants to achieve.