Guatemala Solar Drip Irrigation System Project

Project Proposal

Drip irrigation systems achieve the highest water efficiency of up to 90%, reducing water losses by conveying or evaporation. If the drip pipes or tapes are placed below mulch or into the topsoil,

Promoting drip irrigation and weather resilience in

These activities and technologies include drip irrigation, conservation agriculture and improved water management, while

Promoting drip irrigation and weather resilience in Guatemala

These activities and technologies include drip irrigation, conservation agriculture and improved water management, while addressing social inclusion, capacity, and asset

Solar-Powered Water Pump for Farmland in Guatemala

EcoSync delivered an off-grid solar and battery system in Guatemala to power a 10 HP water pump for farmland irrigation, ensuring energy reliability and sustainability.

Empowerment Through Enterprise: Sustainable Agriculture and Solar

AEP recently received funding from the IEEE Industrial Electronics Society (IES) through IEEE Smart Village to design, develop, and implement a hand-made solar-thermal

Sustainable Irrigation in the Dry Corridor of Baja Verapaz,

Promote the adoption of solar-powered irrigation systems (SPIS) to enhance the resilience, productivity, and livelihoods of smallholder farmers. Design a sustainable business model for

Guatemala Business Daily

A community garden in Barrio El Puente, located in Los Vados, Jocotán, Chiquimula, has received a drip irrigation system to improve vegetable production and support

Solar-Powered Water Pump for Farmland in

EcoSync delivered an off-grid solar and battery system in Guatemala to power a 10 HP water pump for farmland irrigation, ensuring

Bringing More Irrigation and Climate-Smart Farming to Guatemala

Called MásRiego (“more irrigation”), the project aims to increase farmers'' incomes and their use of climate-smart strategies, including drip irrigation, rainwater harvesting,

Guatemala (AFCIA)

This project is implementing Solar Photovoltaic Irrigation Systems (SPIS) to enhance resilience and sustainability by providing farmers with reliable irrigation technology, supported by robust

Permaculture and Solar Thermal Dried Solar Fruits

The objective of this project is to design, develop, and implement a hand-made solar drying fruit equipment, and a solar

MásRiego in Guatemala Promoting drip irrigation and climate

The project team aims to help farmers convert at least 100 hectares into climate-smart agriculture with drip irrigation, through irrigation kits customized for small plots.

Permaculture and Solar Thermal Dried Solar Fruits to Sustain

The objective of this project is to design, develop, and implement a hand-made solar drying fruit equipment, and a solar-powered water drip irrigation system that is controlled

Empowerment Through Enterprise: Sustainable

AEP recently received funding from the IEEE Industrial Electronics Society (IES) through IEEE Smart Village to design, develop,

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