The BreezEV L2B AC Level 2 EV charger can deliver up to 48 amps of charging current or 11.2 kW charging power. The unit’s maximum charging current can be adjusted between 16 and 48 amps to fit the installation site’s electrical circuit capacity. BreezEV L2B comes wall mount ready and can be configured as a … Continued

The BTC Power AC Level 2 30A EV charger can deliver up to 30 amps of charging current or 7.2 kW charging power. 40 amps and 70 amps are also available for sites with higher electrical circuit capacity. The unit can be configured as a wall mount or pedestal mount and single port or dual … Continued

The ChargePoint CT4000 AC Level 2 EV charger can deliver up to 30 amps of charging current or 7.2 kW charging power. The unit’s maximum charging current can be adjusted between 16 and 30 amps to fit the installation site’s electrical circuit capacity. The CT4000 Series can be specified in six configurations with wall or … Continued

The Enel X JuiceBox Pro 32 AC Level 2 EV charger can deliver up to 32 amps of charging current or 7.7 kW charging power. The unit comes wall mount ready and can be configured as a pedestal mount with an optional stand or pedestal.

The Espen EVC 48A Series AC Level 2 EV charger can deliver up to 48 amps of charging current or 11.5 kW charging power. The unit’s maximum charging current can be adjusted between 6 and 48 amps to fit the installation site’s electrical circuit capacity. Local load management is a feature included in the EVC … Continued

A modular lighting control system that begins with luminaire-level sensors and wireless connectivity for simple dimming, daylight harvesting, and occupancy response. As project requirements grow, the system can scale up, via gateway, to support more advanced features such as scheduling, energy monitoring, building-wide management, and IoT-level functionality.

A wireless, app-based control platform targeted at commercial and industrial lighting. Daintree EZ Connect enables zonal control and simple commissioning, allowing luminaires (or connected fixtures) to respond to occupancy or daylight without requiring extensive wiring or external control hardware, useful for streamlined retrofits.

A simplified wireless lighting control system that uses a Bluetooth mesh network to enable occupancy and daylighting control without gateways or servers. Devices can be grouped and commissioned via a mobile app; the system supports basic control features (on/off, dimming, daylight response), making it suitable for smaller scopes or retrofit spaces.

A luminaire-embedded control solution that integrates occupancy sensing and daylight harvesting directly into fixtures using a Bluetooth mesh control architecture. This allows each luminaire to modulate output autonomously or in grouping, offering a low-infrastructure route to comply with lighting control requirements.

A wireless, app-configurable lighting control platform that provide control via 900 MHz RF connectivity, eliminating the need for new low-voltage wiring. It enables occupancy sensing, daylight-based dimming, and scheduling across luminaires using embedded or compatible sensors, useful where wireless networking is preferred or retrofit wiring is impractical.

The Aquacheck probe is capable of measuring capacitance based soil moisture and soil temperature.

Tule sensors placed just above a crop’s canopy measure Actual Evapotranspiration (ETa) and provide growers real-time ETa data, crop water stress, irrigation monitoring, and irrigation suggestions daily.

The Arable Mark 2 is a canopy sensor and weather station, collecting up to 40 different climate and plant metrics, such as evapotranspiration, NDVI, and crop water balance.

The Cooper Wavelinx platform is able to establish wired and wireless communication to lower level controllers. The base license can support up to 250 connected devices which can be expanded with additional licenses and connected hardware.

The Avi-On controls solution is unique in that it does not require the need for a manager unit and device logic is managed within the individual controllers. And control access is established via a phone app through a local wireless network.

The Acuity nLight Eclypse allows for wired and wireless control of lighting through connected load controllers. Each unit supports up to 750 nLight devices and additional controllers can scale system up to 20,000 devices.

The Wattstopper DLM controls integrate with their Legrand Jace through a wired dataline to establish BACnet communication between components. The tested Jace can support up to 300 rooms or 15000 endpoints.

The Enlighted manager, EM-2-02, offers control of up to 1500 individual sensors and 3500 BACnet points. System connects to controllers through wireless communications and each controller connects to a smart sensor.

Carbon dioxide sensor for long term monitoring and demand control ventilation.

Carbon dioxide sensor for long term monitoring that operates on two AA batteries.

Indoor air quality monitoring platform with CO2 sensors with web-portal for long-term monitoring.

Indoor air quality monitoring platform with CO2 sensors with app for long-term monitoring.

Open Kitchen uses IoT to reduce costs, enhance operational efficiencies and deliver additional benefits to portfolios of commercial facilities.