Korean Technology Alliance: How EVARA Is Building Bankable Smart-Agriculture & Clean-Energy Projects in Saudi Arabia
EVARA Group is curating a practical, end-to-end delivery model for smart agriculture and clean energy—built with five Korean partners and designed around Saudi priorities: food security, water efficiency, and localization. Rather than a one-off MoU or a press release, this article explains the technical building blocks, who does what, and how projects get executed on the ground.
Who’s in the Alliance—and What Each Brings
· POMIT Co., Ltd. — Digital-twin engineering, industrial IoT, and AI early-warning. Their platform creates “virtual plants and farms” for design reviews, commissioning, and predictive maintenance—shrinking time-to-stability and cutting OPEX.
· ECO Construction Co. — Greenhouse and plant-factory engineering (design → build → maintain). The focus is climate-responsive envelopes, balanced CAPEX/OPEX, and SHS (Smart Horticulture System) cultivation with imaging and environmental sensing.
· Happy Motive — Solar-powered smart blinds that both shade and generate electricity (approx. 18–21% cell efficiency). Angle control and load management stabilize temperature and daylight in farms and buildings, reducing cooling costs.
· Grace High Tech / Grace Holdings — “Clean power + agriculture” stacks: containerized hydrogen power blocks (1/3/5 MW, scalable toward ~100 MW), hydrogen boilers/steam, plasma-aided waste-to-energy, and plant-factory/aquaponics solutions.
· KDA Co., Ltd. — Turnkey agri-food complexes: integrated poultry value chains (hatchery → grow-out → slaughterhouse → feed mill) and hybrid aquaculture–hydroponic systems using biofloc for high yield and efficient water reuse.
The Delivery Model (Not Just Technology)
EVARA orchestrates feasibility, master planning, and detailed design; then coordinates EPC, commissioning, and O&M, while POMIT’s digital layer tracks real-time performance KPIs. EVARA Academy underpins training and certification. Supply-chain plans prioritize local assembly and, where viable, progressive manufacturing to meet localization targets.
Technical Highlights (in Plain Terms)
Digital Operations & AI (POMIT)
· Digital twins mirror farms/plants for scenario testing and virtual commissioning.
· Industrial IoT + AI detects anomalies early, supports decisions, and improves uptime.
· Life-cycle UX/metaverse tools enable remote training and collaborative O&M.
Greenhouse & Plant-Factory Engineering (ECO Construction)
· Envelope & systems sized to sun path, wind, terrain, and energy constraints.
· Cultivation intelligence (SHS) combines RGB imaging and environmental data for growth indices, irrigation/fertigation timing, and climate control.
· Utilities & hygiene include sub-irrigation options, ventilation drives, and safe disinfectants.
Solar-Powered Blinds (Happy Motive)
· Dual-purpose shading + power without extra roof/ground area.
· Smart angle control smooths indoor temperature/lighting; grid-tie with optional storage.
· Use cases: greenhouses, pack houses, and ZEB-ready buildings.
Hydrogen & Waste-to-Energy + Smart Farms (Grace)
· Modular hydrogen power (1/3/5 MW blocks; scalable clusters) and hydrogen boilers/steam.
· Plasma-enhanced incineration increases combustion efficiency and lowers emissions.
· Plant factories/aquaponics couple controlled-environment growing with low-carbon energy.
Integrated Poultry & Aquaponics (KDA)
· Full poultry chain: hatchery, climate-controlled houses with automated ventilation/water/feed, slaughterhouse with on-site wastewater treatment, and a dedicated feed mill.
· Aquaponics with biofloc: closed-loop water and nutrient cycling; typical biofloc yields ~5–9 kg/m³ (vs. ~3 kg/m³ conventional), better FCR, improved water quality, and disease resistance.
Why This Matters for Saudi Arabia
· Water & energy intensity drop through precise climate control, fertigation, and shading that also generates power.
· Investor-grade transparency via IoT dashboards, early-warning analytics, and quantified KPIs from day one.
· Localization by design: operator training, certified maintenance programs, and a roadmap to local assembly/manufacturing.
· Bankability: standardized technical packages, predictable O&M, and measurable ESG outcomes align with Vision 2030 and international financing criteria.
Example Campus Archetype (Illustrative)
A multi-asset site can combine multi-story strawberry grow rooms, aquaculture tanks, hydrogen power blocks, solar-blind arrays, and a central control room that unifies sensing, filtration (physical/biological/disinfection), and AI-assisted operations. The result is a compact footprint with steady output and clear performance reporting to lenders and regulators.
How to Engage
EVARA supports site selection, techno-economic studies, and phased deployment—pilot to scale. Public entities, growers, and investors can plug into any layer (digital, greenhouse, energy, poultry, aquaponics) or pursue integrated campuses with one-team accountability.
