More power in less space
One of the central challenges facing the automotive industry is the need for more power in less space. EVs employ over 50kW of electrical power, compared to less than 3kW in an ICE vehicle. The nearly 20x increase in power requires compact power solutions to free up space and weight. Reducing the size and weight of the power delivery network are essential factors. For example, 2.5kW of power from the Vicor BCM6135 can be held in the palm of your hand and weighs only 65 grams.
Using miniaturized power modules with up to 5x the density, the modular approach uses less real estate, leaving more room for functionality. High efficiency modules require much simpler thermal management and allow for flexible and scalable designs that are simpler and quicker to design and update.
Unlike complex discrete solutions and inflexible “silver box” power systems, power delivery networks using power modules is quick and easy to design and implement. Accommodating new loads — or changes in power needs in a design — is easily accomplished by replacing or adding modules.
From Pikes Peak to Bonneville Salt Flats, Lightning Motorcycles electric bike outpaces the combustion engine motorcycles
Lightning Motorcycles engineered all-electric bike excels in every category. See how Vicor power modules support this next-gen bike
A novel way of using power modules to eliminate electric vehicle high-voltage pre-charge circuitry
With a dense power module, engineers can design novel architectures that balance the tradeoffs associated with vehicle pre-charging
Powering 400V accessory loads from an 800V battery
High-density power conversion using a single Vicor power module converts 800V to 400V with the smallest volume, lightest weight, and highest efficiency.
High-density power conversion significantly reduces the size and weight of DC-DC conversion
A traditional silver box power supply is too large and heavy to enable engineers’ goals to increase driving range between charges. Power modules reduce size and complexity while al...
