Maxwell Applied sciences sells HV product line to Renaissance to concentrate on power storage for EVs

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Maxwell Applied sciences, Inc., a number one developer and producer of power storage and energy supply know-how, has concurrently signed and closed a definitive settlement to promote its Excessive Voltage (HV) product line to Renaissance Funding Basis.

Beneath phrases of the settlement, Maxwell offered all shares of its Swiss subsidiary, Maxwell Applied sciences SA, and its CONDIS line of excessive voltage capacitors for $55.1 million in money and as much as $15 million in potential future milestone funds to a particular function holding entity and affiliate of Renaissance Funding Basis.

CONDIS offers top quality and extremely dependable capacitors for circuit breakers, capacitive voltage transformers and laboratory use.

In the course of the nine-month interval ended 30 September 2018, the excessive voltage product line generated income of roughly $19.four million for Maxwell—roughly 21% of the full income reported.

This motion was taken to place the mandatory assets in place so Maxwell can higher concentrate on and pursue the super progress alternatives offered by the markets of auto, wind, rail and grid served by our Ultracapacitor know-how in addition to to correctly assist analysis and improvement efforts to advance our Dry Battery Electrode (DBE) know-how.

It’s turning into more and more clear that our DBE know-how holds vital benefits over at present out there power programs for electrical automobiles (EV) and positions us for vital long-term worth creation because of this. We felt the time was proper to shift our focus to additional develop disruptive applied sciences and power programs that deal with burgeoning international markets, notably the dramatically increasing EV market.

—Dr. Franz Fink, Maxwell’s CEO

DBE is a very solventless dry battery electrode coating know-how that’s be scalable for each classical and superior battery chemistry. The DBE course of has three primary steps, all executed in a solventless trend:

  1. Dry powder mixing;

  2. Powder to movie formation; and

  3. Movie to present collector lamination.

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In comparison with a traditional slurry solid moist coated electrode, Maxwell’s DBE gives considerably excessive loading and produces a thick electrode that permits for top power density cells with out compromising bodily properties and electrochemical efficiency.


Maxwell says that its DBE know-how displays higher discharge fee functionality than these of moist coated electrode. Maxwell has demonstrated scalability by producing self-supporting dry coated electrode movie in roll type with glorious long-term electrochemical cycle efficiency, and established massive pouch cell prototypes in higher than 10Ah format.

The Worldwide Power Company forecasts the variety of EVs on the highway will develop from three million in 2017 to 125 million by 2030, a virtually 42X enhance.


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