Proprietary High-speed Forming TechCell Impact's proprietary high-speed forming process is a structural competitive asset in the hydrogen supply chain. It supports engineering-to-volume scaling, can lower per-unit cost and cycle time versus manual methods, and creates a technical barrier that helps secure longer-term supply contracts as customers scale production.

Low Leverage / Balance-sheet FlexibilityRelatively low reported leverage provides financial flexibility to manage ongoing investment needs and weather operational volatility. With modest debt levels the company faces less immediate refinancing pressure, giving time to execute commercialization steps or secure partner-funded programs without acute solvency risk.

Customer-funded Development ModelRevenue streams that include customer-funded engineering, prototyping and industrialization create a low-capex route to product maturation. This model aligns incentives with customers, fosters long-term technical partnerships, and can convert into recurring plate supply as clients transition from validation to serial stack production.

Bears Say

Severe Revenue ContractionA collapse in revenue scale materially weakens unit economics and the company's ability to absorb fixed costs. Such a sharp decline signals customer delays or lost contracts, reduces bargaining power with suppliers, and undermines visibility for near-term recovery, increasing execution risk over the coming months.

Persistent Negative Operating Cash FlowConsistent, large negative operating and free cash flows indicate the core business is not self-funding. Continued cash burn necessitates external financing, which can be dilutive or costly, and constrains the company's ability to invest in capacity, R&D or commercialization needed to capture long-term hydrogen market opportunities.

Negative Gross Margins And Sustained LossesDeeply negative gross margins point to adverse unit economics or unfavorable mix, not just temporary costs. Sustained operating and net losses erode equity and limit reinvestment capacity, raising long-term profitability concerns and making it harder to prove a scalable, profitable manufacturing model in the electrolyzer/fuel-cell market.

CI FAQ

What was Cell Impact AB’s price range in the past 12 months?

Cell Impact AB lowest stock price was kr0.09 and its highest was kr0.74 in the past 12 months.

What is Cell Impact AB’s market cap?

Cell Impact AB’s market cap is kr78.36M.

When is Cell Impact AB’s upcoming earnings report date?

The company’s upcoming earnings report date is not yet available.

How were Cell Impact AB’s earnings last quarter?

Currently, no data Available

Is Cell Impact AB overvalued?

According to Wall Street analysts Cell Impact AB’s price is currently Overvalued. Get more investment ideas with TipRanks Premium

Does Cell Impact AB pay dividends?

Cell Impact AB does not currently pay dividends.

What is Cell Impact AB’s EPS estimate?

Cell Impact AB’s EPS estimate for its next earnings report is not yet available.

How many shares outstanding does Cell Impact AB have?

Cell Impact AB has 589,169,500 shares outstanding.

What happened to Cell Impact AB’s price movement after its last earnings report?

Currently, no data Available

Which hedge fund is a major shareholder of Cell Impact AB?

Currently, no hedge funds are holding shares in SE:CI

What is the TipRanks Smart Score and how is it calculated?

Smart Score combines eight research factors - such as analyst recommendations, hedge fund trends, and technical indicators - to measure a stock’s outlook. These signals are unified into a single score that reflects bullish or bearish momentum. See detailed methodology

Company Description

Cell Impact AB

Cell Impact AB (CI) is a Swedish company specializing in the development and production of advanced fuel cell components, primarily focusing on bipolar plates for hydrogen fuel cells. The company operates within the renewable energy sector, aiming to contribute to the transition towards sustainable energy solutions. CI's core products include innovative flow plates that enhance the efficiency and performance of fuel cells, catering to various applications such as transportation, stationary power generation, and backup power systems.