Climate Risk Management for Agriculture

EXPERTS COMMITTED TO YOUR SUCCESS UNITED BY SHARED VALUES INNOVATE for the future PERFORM with efficiency ENDURE with responsibility COLLABORATE with trust A multidisciplinary team united by innovation and sustainable agriculture. EDUARDO ENRICH Strategy, vision and global development. INNOVATE PERFORM ENDURE COLLABORATE ANDREA DE BRUM Export Area Manager International expansion and market development. MONTSE NAVARRO Commercial Director -Iberian Peninsula Commercial strategy and business development. ADRIAN GIMENEZ CTO (Chief Technology Officer) Technological innovation and process optimization....

PRESENCE GLOBAL + 140,000 ha of high value-added crops + 3 million hectares of forestry

MAIN BENEFITS OF THE STUDY Your partner in the management of frost risk and deficit in cold hours for high value-added crops ■ Definition of the microclimates of each property ■ Calculation of frost risk for each week of the entire critical period, for each microclimate ■ Exact temperature increase required in each microclimate to be free from frost risk ■ Determination of passive and active frost protection measures necessary to achieve full protection in each microclimate ■ Site selection strategies for new plantings or replantings

COLD AIR FLOWDEFINITION OF MICROCLIMATES

Campaña de medición de temperatura (in situ y en cualquier época del año, normalmente de 5 a 6 semanas) Simulación numérica de flujos de aire frío Generación de mapas microclimáticos (en un SIG) Correlación con estaciones meteorológicas cercanas y cálculo del riesgo de heladas y las horas frías según el microclima Predimensionamiento de medidas para mitigar el riesgo de heladas y el déficit en horas frías INFORME FINAL ENTREGADO EN UN MÁX

II. Simulación de flujo de aire frío MODELO DE DINÁMICA DE FLUIDOS COMPUTACIONAL (CFD) Los flujos de aire frío y las distribuciones de temperatura se simulan para cada granja y la región circundante en noches de helada utilizando un modelo CFD (la tecnología única y propietaria de The Climate Box). El modelo utiliza: modelos digitales de elevación (DTM/DEM), ecuaciones de movimiento, balance térmico, cierre de capa límite y turbulencia, entre otros Procesadores GPU de alto rendimiento. CORRELACIÓN Y CÁLCULO DEL RIESGO DE HELADAS Y LAS HORAS FRÍAS La recurrencia de los eventos se determina para...

COUNTRY: France CROP: Vineyard AREA: 7 ha FROST MICROCLIMATES

ACCORDING TO THE RESULTS OBTAINED IN THE STUDY: Personalized recommendations for passive and active frost protection Pre-dimensioning of passive and active protection measures based on the calculated risk for each microclimate.

Site selection for new plantings Natural shelterbelt design to deflect cold air flow Specific design of opening areas to allow cold air drainage away from the plantation

Proven results Key benefits # More than 25 years of successful implementation in vineyards, fruiit trees and other high added-value crops. Presence in agricultural regions worldwide, including the United States, Europe and Oceania. Validated by advanced microclimatic studies and cutting-edge technology. • Energy efficiency: consumes less energy compared to traditional methods. • Environmentally frien low noise level and minimal environmental impact. SiS SiS offers the highest return on investment thanks to reduced losses and improved yields.

PROGRESSIVE OPERATION OF THE SYSTEM Hi Cold air detection Under radiation frost conditions, cold air accumulates near the ground, forming a layer that damages crops. The SIS® system draws the coldest air at ground level, where the risk for plants is greatest. The extracted cold air is propelled upward to the upper layers up to a height between 80 and 100 meters. The colder air mixes with warmer upper air layers, balancing the temperature. The process repeats throughout the entire frost night, ensuring crop protection.

10 m height The fan height of 10 m with optimized design maximizes coverage and air flow efficiency. Mounted on a trailer with rapid-deployment stabilizers for stable operation on uneven terrain. No special equipment or site preparation required. Compatible with electrical grid or generator set for flexible power supply. Fast installation without the need for foundations, reducing both time and costs. Extended coverage comparable to fixed units, supported by AGI technology. Remote monitoring and smart deployment based on data. High-efficiency motors reduce operating costs and environmental impact....

• Specific blade design covering up to 9 ha (22 acres) per fan • Electric motor eliminates the transmission shaft/gearbox, reducing noise and operating costs Real-time monitoring via AGI LIVE app (Android, iPhone, web) for easy installation and maintenance Hot-dip galvanized finish ensures protection against corrosion and long-lasting durability • E22 models offer the lowest noise level for minimal impact on the surrounding area

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