Experience the advanced Spark modular design systems by Bishop Ascendant Inc., crafted for sustainability and efficiency. These systems integrate solar panels, water purification, and advanced communication technologies, offering a versatile solution for remote and urban environments. With a lifespan of up to 20 years, the modular design systems ensure reliability and ease of deployment, making them ideal for critical infrastructure support. Transform how you address water, power, and communication challenges with Spark today.

 

The "Spark" modular support system, offered by Bishop Ascendant Inc., is made primarily of composite and recycled plastic materials. These pieces are rotationally molded and interlock to form the unit's superstructure. 

This design differs from other products that share a similar name or purpose. 

Bishop Ascendant Inc. Spark system

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• Superstructure materials: Composite and recycled plastics.

• Internal components: Solar panels, water pumps, filtration systems, and other electronics are attached to the molded plastic pieces.

• Purpose: The Spark system is a portable, self-contained unit designed to provide water purification, power, and communications in remote areas

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Units can either be assembled on site or are fully assembled and have an instant on capability when deployed. Units have a 20-year lifespan with proper maintenance.

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Integrated Approach

 

Water, power and communications can now be delivered simultaneously and instantly once a Spark unit is deployed.

 

• Spark's multi-stage modular filtering process is able to remove multiple types of contaminants quickly and effectively. Onboard analysis allows water quality to be monitored in real time.​

• Power is captured and stored within Spark for local distribution.​

• Spark’s internal and external communications are monitored and controlled by our unique Iris operating system. Spark can also be equipped with local, regional and global communications.

• Spark is a platform for deploying technology in remote and rural locations as well as bridging gaps in critical infrastructure in built up areas.

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