en:goflex_hems:api []

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Application Programming Interface (API)

`load_set[i]`	bit	R/W	Managed load state; 0=off, 1=on; i = 10..17
`analog_out[i]`	int	R/W	Analog output value in % i = 10..13

`timetable_cloud_once[i]`	bit	RO	Enabled cloud optimization for “once” actions; 0=disabled, 1=enabled; i=0..7
`timetable_cloud_recurring[i]`	bit	RO	Enabled cloud optimization for “recurring” actions; 0=disabled, 1=enabled; i=0..7
`timetable_analog_optimization[i]`	bit	RO	Enabled cloud optimization for analog timetable; 0=disabled, 1=enabled; i=0..3

`optimization_index[i]`	int	RW	Timetable optimization index (0=broadcast = all timetables); i=0..50
`optimization_start[i]`	int	RW	Timetable optimization start time; hhmmw; hh=hour, mm=minute, w=weekday(1=monday); i=0..50
`optimization_time[i]`	int	RW	Timetable optimization period in min; i=0..50
`optimization_command[i]`	int	RW	Timetable optimization command, auto set to 0 after being processed - see following table; i=0..50
`optimization_value[i]`	int	RW	Timetable optimization value , depends of `optimization_command` - see following table; i=0..50

Variable optimization_command triggers timetable manipulation process so make sure to set all other variables before.

`optimization_command`		`optimization_value`
1	managed load once actions	0	Set OFF
		1	Set ON
		-1	Delete
2	managed load recurring actions	0	Set OFF
		1	Set ON
		-1	Delete
3	tariff timetable	0	Set LO
		1	Set HI
		2	Set DYNAMIC
		-1	Delete Dynamic
4	set mask	0..0xFF	Set once on/off as per bit value
5	analog timetable	0..100	Set 0..100%
5	analog timetable	-1	Delete Analog
6	battery setpoint	-100..0	Set discharge 0..100%
		0..100	Set charge 0..100%
		-31768	Set auto