Per-battery thresholds
Minimum and maximum level for each inverter: TED stops discharging or charging in time.
Protected batteries
Driving several batteries also means knowing when to stop: respecting each one's thresholds, never exceeding its power and setting aside a device that does not respond as expected.
A regulation that assumes every device always obeys eventually gets it wrong: lost communication, calibration in progress, setpoint refused…
Without monitoring, one device's error is compensated by the others, which then work harder than planned.
TED
Minimum and maximum level for each inverter: TED stops discharging or charging in time.
For charging and discharging, per device and for the whole installation.
Self-calibration, setpoint not applied, lost communication: the device is set aside, then retested automatically.
Error log, settings history and notifications: you know what happened, and when.
Following its manufacturer's guidance.
Moderate power first, then increase gradually.
Low battery, faulty device.
The live demo shows TED's real interface on a working installation: energy flows, inverters, batteries, settings.
TED respects the thresholds and power limits you set, and never asks for anything the device's integration does not already allow. You remain responsible for your installation: start with cautious limits.
TED detects the lost communication, sets the affected devices aside, then brings them back as soon as they respond again.
Several SolarFlow and Hyper units, with or without the Zendure app: the brand TED has tested and validated.
Read the solutionOne brand, few settings, a limited number of devices: TED goes beyond these limits, with or without the original HEMS.
Read the solutionEach manufacturer app ignores other brands. TED makes them work together under one setpoint.
Read the solutionDownload TED for free: your license is generated instantly, no credit card required.