As a pilot project for the Ministry of Rural Development, 6 off-grid air-to-water generation machines are powered by solar energy and a lithium battery cabinet to supply fresh water to rural sites.

The Pannasastra Battambang campus supplements a large portion of energy and minimizes downtime with a 212kW hybrid solar system and 324kWh of storage capacity.

An extension of 24 panels to the existing 24kWp increases autonomy for the main UNDP office in Phnom Penh. This hybrid system uses two ATESS hybrid inverter cabinets and lithium polymer battery cabinets with BPU.

Residential PV system uses PylonTech lithium batteries as backup and string isolation to capture the greatest amount of solar energy on different roof plane orientations.

30kW inverter capacity power a luxurious rural off-grid residence in Kampong Speu.

57.6kWh batteries and 30 panels allow autonomy of this home office and gym and continuous power during extended power cuts.

36 solar panels and 38.4kWh backup storage power a tourist guide office in Siem Reap. The 3-phase system is equipped with 4 5kW inverters in parallel operation.

Nine paralleled inverters communicate synchronously to supply power to a coal factory office, powered by 47 390W modules with 36kWh storage capacity. Five 80W solar streetlights illuminate the entrance road.

Off-grid solar with 28.8kW battery bank was installed for Okay Boutique Hotel beside the Royal Palace in Phnom Penh.

A 3 phase off-grid system will supply power with 38kWh of batteries for a tour guide office center in Siem Reap.

Solar energy will supplement this minimart and cafe in Takeo with cleaner energy. The system is equipped with remote system monitoring to track energy production at all times.

This off-grid system in Ratanakiri uses 12 modules with a 28.8kWh battery and 5kW inverter. When batteries are low, a generator provides power.

Off-grid installation in Sihanoukville for Mlop Tapang, a non-profit organization that supports at-risk children.

Off-grid home system providing for hot water, air conditioning, and other home appliances.

Off-grid solar in Tboung Khmum used for a water pump and small household loads.

Water pumping tower for a health post in Ratanakiri to replace a manual well pump for easier access to clean water.

Installed and commissioned October 2018 for the first all-green container school in Siem Reap, the system utilizes data logging communications to track real time energy production over internet connection.

System installed in Kep in June 2018. Hybrid system powered by solar and generator backup.

Completed in November 2017 at Koh Kong. This system replaces diesel power and will lower the cost of energy for the community by over 20% for the next 20 years.

The most recent tower in a series of water pumping systems, installed June 2019 in Preah Vihear to provide fresh water for the local community.

The third tower in a series of water pumping systems, installed May 2019 in Preah Vihear to provide fresh water for a school.

A repeat water pump tower design, completed June 2018 to supply a local community. The system works in conjunction with a chlorine pump and sun sensor

Solar water pump installed September 2017 to provide for a local school.

Completed January 2017, this home system uses energy storage to provide power during grid outages. The inverter logs data for remote tracking. Hot water is also powered by solar energy

Supplied and installed high capacity replacement backup power June 2017 at a main telecommunications site.