Save on energy instead of guest comfort

• 10—20 highly efficient solar panels for 5—10 kW;
• hybrid inverter and charge controller;
• 10-20 kWh lithium battery (1-2 hours of reserve for cash registers, lighting, coffee machines);
• EMS module with IoT sensors for automatically turning on/off air conditioning, lighting, coffee machines;
• web monitoring panel.

Benefits

• Savings of ~20-30% on electricity;
• Reducing the risk of downtime during short-term outages;
• The payback period is 4-5 years;
• Creating a sustainable image and participating in green programs.

Scenario

A 50 m² coffee shop with a refrigerator, coffee machine and air conditioning saves up to 5,000฿ per month and can continue to operate even if the network goes offline for an hour.

• 20—40 solar panels (10—20 kW);
• 10—20 kW hybrid inverter;
• 20-40 kWh battery (up to 2-3 hours of operation on refrigerators and cash registers);
• EMS and IoT sensors (door opening sensors, temperature sensors, occupancy);
• interface for sharing consumption between refrigerators, air conditioners and lighting.

Benefits

• Cost reduction by 25-40% due to in-house generation and optimization of refrigerated cabinets;
• Backup power for cash registers, refrigerators and POS systems;
• The payback period is 3-4 years;
• The ability to remotely control and plan consumption by the hour.

• 40-80 panels (20—40 kW);
• 20-40 kW hybrid inverter;
• 50—100 kWh battery (4-8 hours of autonomy);
• EMS segmented by zones: kitchen, hall, warehouse, office;
• IoT controller for controlling refrigerators, cooker hoods, air conditioners and boilers;
• optional module for connecting an EV charger or a heat pump.

Benefits

• Saving 30-50% on electricity;
• Full power reserve — the business continues to operate even during prolonged outages;
• The payback period is 3-4 years;
• Flexible scalability: you can add panels or batteries when expanding your business.

• 100-150 solar modules with a total capacity of 50—80 kW;
• several hybrid inverters for a three-phase network;
• 100-200 kWh battery (6-12 hours of autonomy);
• fully functional EMS with load forecasting and time off optimization;
• IoT sensors for refrigeration equipment, ventilation and air conditioners;
• optional EV charging stations or a “Night-Backup” module for working at night.

Benefits

• Cost reduction by 40-60%; thanks to its own panels, businesses are protected from tariff increases;
• Full redundancy of key systems — refrigerators, lighting networks, server rooms;
• The payback period is 3-4 years with large-scale consumption;
• The ability to sell energy to the grid under the current FiT program.

• Additional 10-20 kW panels;
• 20-50 kWh battery;
• 1-2 EV charging stations (AC 7-22 kW);
• module for payment and charging management;
• integration with EMS for overnight recharging or backup work.

Benefits

• Attracting customers with electric vehicles;
• The ability to earn additional income from charging;
• Recharge batteries at night to increase autonomy.