Energy & CleanTech
Systems and components for sustainability, environmental monitoring, and energy generation, storage, and control
Who We Work With
Voxdale supports CleanTech startups, energy companies, and sustainability innovators who develop monitoring systems, energy storage, renewable products, and environmental sensors. Projects range from prototypes to field-deployed, weatherproof production products.
Voxdale supports CleanTech startups, energy companies, and sustainability innovators who develop monitoring systems, energy storage, renewable products, and environmental sensors. Projects range from prototypes to field-deployed, weatherproof production products.
Typical challenges in Energy & CleanTech
Typical challenges in Energy & CleanTech
Typical challenges in Energy & CleanTech
01
Extreme Environments
Designing for outdoor weather, corrosion, UV exposure, and wide temperature ranges in remote locations.
01
Extreme Environments
Designing for outdoor weather, corrosion, UV exposure, and wide temperature ranges in remote locations.
01
Extreme Environments
Designing for outdoor weather, corrosion, UV exposure, and wide temperature ranges in remote locations.
01
Extreme Environments
Designing for outdoor weather, corrosion, UV exposure, and wide temperature ranges in remote locations.
02
Long-Term Reliability
Ensuring 10+ year performance with minimal maintenance in harsh field conditions.
02
Long-Term Reliability
Ensuring 10+ year performance with minimal maintenance in harsh field conditions.
02
Long-Term Reliability
Ensuring 10+ year performance with minimal maintenance in harsh field conditions.
02
Long-Term Reliability
Ensuring 10+ year performance with minimal maintenance in harsh field conditions.
03
Energy Efficiency
Optimising power consumption, battery life, and thermal management for off-grid deployments.
03
Energy Efficiency
Optimising power consumption, battery life, and thermal management for off-grid deployments.
03
Energy Efficiency
Optimising power consumption, battery life, and thermal management for off-grid deployments.
Flexible product engineering support built for durability, efficiency, and long-term field performance.
Example applications
Environmental monitoring stations
Environmental monitoring stations
Solar tracking devices
Solar tracking devices
Energy storage system components
Energy storage system components
Wind turbine sensors and controls
Wind turbine sensors and controls
Water quality monitoring devices
Water quality monitoring devices
Featured projects
June Energy
From analogue predecessor to a 3,000-device fleet — full-stack IoT development of June Energy's P1 dongle
UZE Energy
Fast EV Charging That Comes to the Car: A Mobile Charge Box from Research to Deployed Fleet
Mahindra Racing
Mission-critical power that finishes the race: a custom 12V auxiliary battery for Mahindra Racing's Formula E car
Heau
One architecture, two products: engineering Heau’s instant-hot-water shower as both a retrofit and a built-in unit
Heau
One architecture, two products: engineering Heau’s instant-hot-water shower as both a retrofit and a built-in unit
Resources
FAQ
How do you ensure long-term reliability in harsh environments?
We design with environmental durability in mind, considering material selection, protective enclosures, robust electronics, and sealed connectors, and validate through accelerated testing such as salt spray, thermal cycling, and vibration.
Can you help optimise power consumption?
Yes. Electronics and embedded software design focus on low-power operation and efficient battery management for off-grid systems.
How do you design for extreme environments and long-term outdoor use?
We design for temperature extremes, humidity, UV and corrosion using protective enclosures and robust electronics. Accelerated testing (salt spray, thermal cycling, vibration) targets MTBF >10 years for off-grid deployments.
Do you work with distributed manufacturing?
Yes, CleanTech often requires regional suppliers. We source and manage global/local supply chains for sensors, enclosures and assemblies.
How do you ensure long-term reliability in harsh environments?
We design with environmental durability in mind, considering material selection, protective enclosures, robust electronics, and sealed connectors, and validate through accelerated testing such as salt spray, thermal cycling, and vibration.
Can you help optimise power consumption?
Yes. Electronics and embedded software design focus on low-power operation and efficient battery management for off-grid systems.
How do you design for extreme environments and long-term outdoor use?
We design for temperature extremes, humidity, UV and corrosion using protective enclosures and robust electronics. Accelerated testing (salt spray, thermal cycling, vibration) targets MTBF >10 years for off-grid deployments.
Do you work with distributed manufacturing?
Yes, CleanTech often requires regional suppliers. We source and manage global/local supply chains for sensors, enclosures and assemblies.
How do you ensure long-term reliability in harsh environments?
We design with environmental durability in mind, considering material selection, protective enclosures, robust electronics, and sealed connectors, and validate through accelerated testing such as salt spray, thermal cycling, and vibration.
Can you help optimise power consumption?
Yes. Electronics and embedded software design focus on low-power operation and efficient battery management for off-grid systems.
How do you design for extreme environments and long-term outdoor use?
We design for temperature extremes, humidity, UV and corrosion using protective enclosures and robust electronics. Accelerated testing (salt spray, thermal cycling, vibration) targets MTBF >10 years for off-grid deployments.
Do you work with distributed manufacturing?
Yes, CleanTech often requires regional suppliers. We source and manage global/local supply chains for sensors, enclosures and assemblies.
How do you ensure long-term reliability in harsh environments?
We design with environmental durability in mind, considering material selection, protective enclosures, robust electronics, and sealed connectors, and validate through accelerated testing such as salt spray, thermal cycling, and vibration.
Can you help optimise power consumption?
Yes. Electronics and embedded software design focus on low-power operation and efficient battery management for off-grid systems.
How do you design for extreme environments and long-term outdoor use?
We design for temperature extremes, humidity, UV and corrosion using protective enclosures and robust electronics. Accelerated testing (salt spray, thermal cycling, vibration) targets MTBF >10 years for off-grid deployments.
Do you work with distributed manufacturing?
Yes, CleanTech often requires regional suppliers. We source and manage global/local supply chains for sensors, enclosures and assemblies.
Explore other industries
Life Sciences & Medical
Physical products for medical devices, diagnostics, biotech tools, and laboratory systems in regulated environments
Life Sciences & Medical
Physical products for medical devices, diagnostics, biotech tools, and laboratory systems in regulated environments
Industrial & Robotics
Physical products for machines, robotic systems, and production equipment that performs reliably at modern manufacturing scale
Industrial & Robotics
Physical products for machines, robotic systems, and production equipment that performs reliably at modern manufacturing scale
Food & AgriTech
Physical products for food and drink environments, from dispensing systems and processing lines to smart farming equipment
Food & AgriTech
Physical products for food and drink environments, from dispensing systems and processing lines to smart farming equipment
Consumer Electronics
Physical product design for connected products, where seamless UX, manufacturing readiness and global compliance matter
Consumer Electronics
Physical product design for connected products, where seamless UX, manufacturing readiness and global compliance matter
Science & Instrumentation
Precision physical products for scientific research, lab automation, and instrumentation where accuracy and repeatability matter
Science & Instrumentation
Precision physical products for scientific research, lab automation, and instrumentation where accuracy and repeatability matter
Aerospace & Defence
Physical products for aerospace, defence, and security applications where reliability, certification, and discretion are paramount
Aerospace & Defence
Physical products for aerospace, defence, and security applications where reliability, certification, and discretion are paramount
Wonderful ideas, engineered from sketch to scale
Wonderful ideas, engineered from sketch to scale
Wonderful ideas, engineered from sketch to scale
Wonderful ideas, engineered from sketch to scale
© 2026 Voxdale BV
© 2026 Voxdale BV
© 2026 Voxdale BV