What We Do

SDET is a Quebec-based enterprise that specializes in the research and development, prototyping, benchmarking and piloting of industrial batteries.
The company also produces low-cost, high-performance battery cells designed for a wide-range of heavy-duty industrial electric equipment.
These cells are known to have exceptional autonomy and ultra-rapid recharge capabilities, without any degradation or loss of lifecycle.

In other words…you have the vision, we have the power.

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Industrial Cells

The Alpha cell is designed for use by high voltage heavy-duty overweight electric battery-powered vehicles and equipment. SDET offers customizable cell designs, including engineering, fabrication and maintenance.
In partnership with SDMT, we are currently in discussions with partners regarding the creation of a network for our battery strategy to support the development of a battery from partially recycled materials without any reduction in autonomy, lifespan or performance.

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Alpha Battery Pack

We assemble the cells into a battery pack with a battery management system which monitors the equipment’s battery in real-time and creates data analytics intended to empower the longevity and achieve best performance of the battery. Predictive maintenance analytics break the barrier of failure.

What We Do

SDET is a Quebec-based enterprise that specializes in the research and development, prototyping, benchmarking and piloting of industrial batteries.
The company also produces low-cost, high-performance battery cells designed for a wide-range of heavy-duty industrial electric equipment.
These cells are known to have exceptional autonomy and ultra-rapid recharge capabilities, without any degradation or loss of lifecycle.

In other words…you have the vision, we have the power.

null

Industrial Cells

The Alpha cell is designed for use by high voltage heavy-duty overweight electric battery-powered vehicles and equipment. SDET offers customizable cell designs, including engineering, fabrication and maintenance.
In partnership with SDMT, we are currently in discussions with partners regarding the creation of a network for our battery strategy to support the development of a battery from partially recycled materials without any reduction in autonomy, lifespan or performance.

null

Alpha Battery Pack

We assemble the cells into a battery pack with a battery management system which monitors the equipment’s battery in real-time and creates data analytics intended to empower the longevity and achieve best performance of the battery. Predictive maintenance analytics break the barrier of failure.

The Industry Problem

Many enterprises are entering the electric vehicle marketplace. To date, battery research has been focused on automobiles, which has spawned the introduction of electric cars onto mainstream streets. The batteries on which these cars run are specifically designed for the average sized car. Other batteries on the market are used to store renewable energy sources (i.e. solar, wind farms). In these cases, they are designed to be stationary, and charged and discharged at a lower rate (kWh).

For industrial equipment that is larger and heavier (20+ tons) than your average car (1-2 tons), automobile batteries simply do not work. Construction, agriculture and mining equipment needs a significant amount of power. These machines are very heavy, performing atypical work, equipped with hydraulics, operating on uneven roads and steep inclines, and moving earth, rock and other heavy loads. Needless to say, this is extremely demanding on power and autonomy – something the current market’s batteries cannot support.

The Industry Problem

Many enterprises are entering the electric vehicle marketplace. To date, battery research has been focused on automobiles, which has spawned the introduction of electric cars onto mainstream streets. The batteries on which these cars run are specifically designed for the average sized car. Other batteries on the market are used to store renewable energy sources (i.e. solar, wind farms). In these cases, they are designed to be stationary, and charged and discharged at a lower rate (kWh).

For industrial equipment that is larger and heavier (20+ tons) than your average car (1-2 tons), automobile batteries simply do not work. Construction, agriculture and mining equipment needs a significant amount of power. These machines are very heavy, performing atypical work, equipped with hydraulics, operating on uneven roads and steep inclines, and moving earth, rock and other heavy loads. Needless to say, this is extremely demanding on power and autonomy – something the current market’s batteries cannot support.

SDET Solution

SDET develops batteries exclusively designed for equipment in harsh environments.

These batteries can be used for a wide range of heavy-duty equipment across all sectors.

SDET Offers a Solution

SDET develops batteries exclusively designed for visceral equipment in harsh environments. These batteries can be used for a wide range of heavy-duty equipment across all sectors.

EMPOWER YOUR INDUSTRY WITH CLEAN ENERGY