Products
Our products are currently in the beta testing phase and will be released to the public in 2024. If you would like more information please reach out to us through our contact page.
Available Products
Product name here
Think on demand hot water meets solar.
Although small, it can handle up to 2kW. This means a large amount of heated water in a short time.
To be used with domestic hot water or hydronic heating system.
Product Summary
Specification
Documentation
Accessories
Uses PV power directly from panels to create heat for domestic hot water or space heating. Can operate in an isolated system or integrated into an existing system. Contains two versions, one for off-grid and one for not having a solar system containing a battery bank and MPPT charger. See documentation for more information or visit out demonstration site for an animated overview of how it works.
| Absolute maximum input voltage (Vmax) | 250VDC |
| Operating voltage (Vpeak) | 30 – 200VDC |
| Fluid output temperature selectable range | 90 – 170F (32 – 77C) |
| Efficiency across all operating conditions | 95% |
| Pump flow rate | See pump specification document |
| Power maximum | 2kW |
| Power minimum turn on threshold | 400W |
| PV wire gauge | tbd |
| Enclosure dimensions | tbd |
| Weight | tbd |
| Operating environment | tbd |
| Regulatory Approvals | tbd |
Quick start guide Link…
Manual Link…
3D Model – step file Link…
DC pump
AC pump
DC valve
AC valve
External AC relay
Product name here
A power diverter for manual or automated switching of solar arrays from one load to another.
Intended for applications that require dynamic PV string arrangements to meet load demands.
See source and load information in real time on display.
Product Summary
Specification
Documentation
Accessories
Creating a dynamic PV string arrangement allows panels to configured based on load demands. With a single input and dual outputs, the power diverter can be used in place of bulky and expensive high power DC circuit breakers or transfer switches. Can be operated manually or used with a trigger input to control from another device.
| Absolute maximum input voltage (Vmax) | 250VDC |
| Operating voltage (Vpeak) | 30 – 200VDC |
| Operating current (Ipeak) | 0 – 20ADC |
| Efficiency with all loads greater than tbd watts | 99% |
| Fault detection | Over current, over/under voltage |
| PV wire gauge | tbd |
| Enclosure dimensions | tbd |
| Weight | tbd |
| Operating environment | tbd |
| Regulatory Approvals | tbd |
Quick start guide Link…
Manual Link…
3D Model – step file Link…
PV connectors
Product name here
High side, in-line current monitor with analog output.
To allow a source or load to be monitored in real time with accuracy.
Field selectable output: 0-5VDC or 4-20mA.
Product Summary
Specification
Documentation
Accessories
Provides accurate high side current measurements. Powered by the device it is monitoring, no external power source required. Configurable output to allow current measurement to be read by a linear voltage or current output. Does not disturb the load due to its floating ground potential and its non inductive effects.
| Absolute maximum input voltage (Vmax) | 250VDC |
| Operating voltage (Vpeak) | 30 – 200VDC |
| Operating current (Ipeak) | 0 – 40ADC |
| Power consumption | xmW + y% of load |
| Accuracy | tbd |
| Frequency response | tbd |
| PV wire gauge | tbd |
| Enclosure dimensions | tbd |
| Weight | tbd |
| Operating environment | tbd |
| Regulatory Approvals | tbd |
Quick start guide Link…
Manual Link…
3D Model – step file Link…
Developing Products
The products shown above can easily be adopted for other applications. The electronics and software were designed to be modular and can work with any resistive load. In our pipeline are the following projects.
Thermal storage (solids), multi-element PV direct.
There was a time when electric thermal storage units were popular due to high heating costs and a on-peak/off-peak setup. At that time solar prices were soaring so the two technologies never had the chance to integrate.
Heater (air), stand alone and parallel charger/battery bank operation.
Electric heat has many advantages over hydronic based systems. No need for plumbing or worry about frozen pipes. These heaters can be mobile plug in space heaters or in-line duct assemblies for augmenting larger heating systems.