Gemeinsam entfesseln wir das Potential von E-Autos. Plug-and-Play-Ladelösung zur intelligenten Nutzung erneuerbarer Energien.

1package main
2
3import (
4	"fmt"
5)
6
7func main() {
8	// Step 1: Fetch the energy forecast for the next 24 hours
9	forecast, err := razoenergy.GetEnergyForecast("<access-token>", 24)
10	if err != nil {
11		fmt.Println("Error fetching energy forecast:", err)
12		return
13	}
14
15	// Step 2: Display hourly energy availability
16	fmt.Println("Energy forecast for the next 24 hours:")
17	for hour, energy := range forecast {
18		fmt.Printf("Hour %d: %.2f kWh\n", hour+1, energy)
19	}
20
21	// Step 3: Determine the optimal charging hour (lowest usage or highest surplus)
22	var optimalHour int
23	minEnergy := forecast[0]
24	for i, energy := range forecast {
25		if energy < minEnergy {
26			optimalHour = i
27			minEnergy = energy
28		}
29	}
30	fmt.Printf("Optimal charging time: Hour %d with %.2f kWh surplus.\n", optimalHour+1, minEnergy)
31
32	// Step 4: Fetch the solar surplus forecast for the next 12 hours
33	solarSurplus, err := razoenergy.GetSolarSurplus("<access-token>", 12)
34	if err != nil {
35		fmt.Println("Error fetching solar surplus forecast:", err)
36		return
37	}
38
39	// Step 5: Display the hourly solar surplus forecast
40	fmt.Println("\nSolar surplus energy forecast for the next 12 hours:")
41	for hour, surplus := range solarSurplus {
42		fmt.Printf("Hour %d: %.2f kWh\n", hour+1, surplus)
43	}
44}
45

1package main
2
3import (
4	"fmt"
5)
6
7func main() {
8	// Step 1: Register a new device with a custom name
9	device, err := razoenergy.RegisterDevice("<access-token>", "Smart Thermostat")
10	if err != nil {
11		fmt.Println("Error registering device:", err)
12		return
13	}
14	fmt.Printf("Device registered: %s - %s\n", device.ID, device.Name)
15
16	// Step 2: Connect a solar inverter to the system using its unique device ID
17	inverter, err := razoenergy.ConnectDevice("<access-token>", "1234")
18	if err != nil {
19		fmt.Println("Error connecting device:", err)
20		return
21	}
22	fmt.Printf("Connected device: %s (ID: %s)\n", inverter.Name, inverter.ID)
23
24	// Step 3: Fetch the list of all devices currently connected to the system
25	devices, err := razoenergy.ListDevices("<access-token>")
26	if err != nil {
27		fmt.Println("Error fetching device list:", err)
28		return
29	}
30	fmt.Println("\nConnected devices:")
31	for _, device := range devices {
32		fmt.Printf("%s (ID: %s)\n", device.Name, device.ID)
33	}
34}
35