Green Design
At AQEX, sustainability isn't just an empty promise; it's a foundational principle of everything we create. Our Green Design philosophy is a comprehensive approach, guiding us to minimize environmental impact at every stage—from material sourcing and production to product longevity and eventual disposal.
Explore Our Commitment
Green Design Approach in Design and Production
Design phase - Green Design Considarations
Design for durability of products and parts - increase lifespan
Design systems with high charge cycle energy storage types (Supercapacitor & LiFePo4 or Na-Ion battery) - increase lifespan.
Prefer high efficiency converter chips - reduce energy loss
Prefer low resistance parts - reduce energy loss
Production phase - Green Design Considarations
Each materials are ROHS compatible.
Each PCB-s has
We are only using lead-free solder paste & solder wire.
Low temperature solder paste for reduced smt reflow energy and minimize stress on smt parts & PCBs.
Each products are tested individually - minimize unnecessary transportation.
Each faulty products are repaired, not thrown is the garbage.
Packaging & Shipment phase - Green Design Considarations
Each package box are made from recycled paper.
We utilize right-sized packaging to minimize unnecessary material waste and reduce the overall volume of the shipment.
We carefully select logistics partners based on their own sustainability commitments and ongoing efforts to integrate green fleets and energy-efficient practices.
Green Design in Individual Products
qSmartEntry: Smart Entry Controller Platform
High efficiency converters - reduce energy consumption.
High charge cycle battery technology support (LiFePo4 & Na-Ion) - increase lifespan of battery.
Filcon: Dust Filter Valve Controller family
High efficiency converters - reduce energy consumption.
Option to adaptive control - minimize energy consumption and increase filter lifespan.
Built-in fault detection to avoid unneccesary filter overload - increase lifespan.
qUPS-P-SC: UPS HAT for Raspberry Pi with Supercapacitor
High efficiency converters - reduce energy consumption.
Extra durable supercapacitor for energy storage - increase lifespan.
Low loss offline topology - reduce energy loss.
qUPS-P-BC: UPS HAT for Raspberry Pi with Battery
High efficiency converters - reduce energy consumption.
High charge cycle battery technology support (LiFePo4 & Na-Ion) - increase lifespan of battery.
Replaceable battery - reusable controller for reducing waste.
Low loss offline topology - reduce energy loss.
qPIO: IO extender HAT for Raspberry Pi
High Reliability relays - increase lifespan.
qRecon: Relay extender HAT for Raspberry Pi
High Reliability relays - increase lifespan.
qRecon Flex: Relay extender HAT for Raspberry Pi with replaceable relays
High Reliability relays - increase lifespan.
Easy replace of failured relays - increase lifespan.
Wide range of supported relay types - one module is enough for special demand.