Redwood Materials hires Tesla's ex-CFO, eyes growth over IPO

Battery recycling company Redwood Materials has appointed Deepak Ahuja, former chief financial officer of Tesla, as its incoming CFO. Ahuja's appointment reunites him with company founder JB Straubel, Tesla's ex-CTO, though the company signals that an initial public offering remains distant.

Redwood Materials, a battery recycling and energy storage company, has made a significant leadership move by hiring Deepak Ahuja as its incoming chief financial officer. Ahuja previously served as Tesla's finance chief, bringing extensive experience in scaling high-growth technology companies and managing complex financial operations.

The appointment reunites Ahuja with Redwood Materials founder JB Straubel, who previously served as Chief Technology Officer at Tesla before departing to launch the battery recycling venture. Their collaboration at Tesla established a track record of success in the electric vehicle and energy sectors, and their reunion signals confidence in Redwood's strategic direction and growth potential.

Despite the high-profile hire, Redwood Materials' leadership has indicated that pursuing an initial public offering would be premature at this stage. The company is focused on expanding its core business in battery recycling and energy storage solutions, sectors that are gaining increasing importance as electric vehicle adoption accelerates globally and demand for sustainable battery solutions grows.

Ahuja's arrival suggests the company is preparing for substantial growth and operational scaling. His experience navigating Tesla through rapid expansion and public market scrutiny positions him to help Redwood Materials strengthen its financial infrastructure and operational discipline as it expands production capacity and market reach.

The battery recycling sector has attracted significant investor interest as global focus on sustainable energy and circular economy principles intensifies. Redwood Materials is positioned at the intersection of these trends, developing technologies to recover valuable materials from used batteries and manufacturing new battery components.