Strawberry vertical farm–based EcoTech using low-power dehumidification, water circularity, waste heat and CO₂ utilization

Strawberry Vertical Farm–Based EcoTech Company

Reduce energy. Recover water.
Turn waste heat and CO₂ into productive resources.

Using LED-sensible-heat-assisted low-power dehumidification, we create a 15°C / 50% RH target climate for premium strawberry production. Low-TDS condensate generated during dehumidification is recovered and reused, while recovered water is used to precool outdoor-unit intake air and help reduce cooling power consumption. We also connect waste heat and CO₂ from power plants, data centers, biogas facilities, and industrial sites with premium strawberry production, creating circular EcoTech models that help reduce infrastructure and operating costs.

2016

Founded

4

Solution lineups

10+

Registered IP rights

6+

Deployment sites — KR · MY

CORE ECOTECH

Five circular technologies
for premium strawberry production

We connect precision climate control, low-temperature dehumidification, condensate recovery, outdoor-unit precooling, and waste heat and CO₂ utilization in one operating system.

01

LED-Sensible-Heat Low-Power Dehumidification

Sensible heat generated by cultivation LEDs is used for post-dehumidification reheat, helping reduce auxiliary reheat demand and low-temperature dehumidification energy.

02

15°C / 50% RH Precision Growing Climate

Temperature and humidity are controlled together to provide the low-temperature, low-humidity conditions and stable VPD required for premium strawberry production.

03

Low-TDS Condensate Recovery and Reuse

Low-TDS condensate generated through plant transpiration and low-temperature dehumidification is recovered for irrigation and non-potable utility applications.

04

Recovered-Water Outdoor-Unit Precooling

The evaporative cooling effect of recovered water lowers outdoor-unit intake-air temperature, helping reduce condensing load and compressor power consumption.

05

Waste Heat and CO₂ Utilization

Waste heat and appropriately treated and controlled CO₂ from data centers, power plants, biogas facilities, fermentation plants, and industrial sites are converted into productive resources for premium strawberry cultivation.

Positioning

Proven through strawberry vertical farming, expanded across agriculture, food, and industry.

AlphaFarm is the platform through which CESeL Primus validates and commercializes its EcoTech. Proven climate, energy, and water-circularity technologies are extended through AlphaCooling, AlphaEnergy, and AlphaEngineering, while high-density racks and DSRP connect them to year-round productivity and revenue.

APPLICATION AREAS

For sites that need
more efficient use of energy and resources.

Premium Strawberry and Crop Production

Vertical farms, protected cultivation facilities, and nurseries requiring precision climate control and stable year-round production

Hot, Humid, and Energy-Intensive Facilities

Sites requiring better management of cooling, dehumidification, refrigeration, peak load, and power consumption

Waste Heat and CO₂ Sources

Data centers, power plants, biogas facilities, fermentation plants, and industrial sites where waste resources can be converted into productive inputs

Food and Cold-Chain Infrastructure

Food factories, packing rooms, cold storage, and cold-chain facilities requiring temperature, humidity, and condensation control

Hot and Humid Overseas Markets

Agricultural and food-infrastructure projects in ASEAN and Middle Eastern markets with high cooling loads and energy costs

Key customers
Vertical farms & CEAFood factories & packingCold storage & cold chainHotels & premium retailResearch institutionsOverseas partners

Alpha Solution Portfolio

One EcoTech platform.
Four delivery lineups.

Premium strawberry production, low-temperature dehumidification, water and energy circularity, and engineering can be deployed independently or integrated into one circular project.

AlphaFarm urban strawberry vertical farm racks

Lineup 01

AlphaFarm

Premium Strawberry Production and Year-Round Operation

A strawberry vertical farm system integrating a 15°C/50% RH target climate, high-density precision racks, controlled irrigation, adjustable lighting, and DSRP-based flowering-seedling circulation.

  • AlphaCoreLarge-scale premium strawberry production base

  • AlphaCafeIn-store model connecting production with premium retail

  • Experience PortfolioSpace experience design for hotels, showrooms, and bakeries

  • Alpha ContainerFarmCompact production and validation model

AlphaCooling low-temperature dehumidification HVAC

Lineup 02

AlphaCooling

Low-Power Dehumidification and Precision Climate

Uses LED sensible heat and precision temperature-humidity control to reduce cooling and dehumidification energy and manage climate-related quality risks.

  • AlphaCooling FarmLow-temp dehumidification & cooling package for strawberry grow rooms

  • AlphaCooling HGRInline hot-gas-reheat dehumidification unit for food processes and packing rooms

  • AlphaCooling ContainerESS-linked cold-chain container based on patented technology transferred from KRRI

AlphaEnergy integrated power, control and data management

Lineup 03

AlphaEnergy

Power, Control, Data, and Recovered-Water Energy Utilization

Integrates power and environmental data and uses recovered-water outdoor-unit precooling to help reduce cooling power and peak load under high ambient temperatures.

  • Alpha Power PanelPower sensing · distribution · control

  • AI Control GatewayConnecting sensors, control panels, and equipment

  • Alpha Data Management SystemIntegrating image, sensor, and energy data

  • Alpha PCUPreCooling integrated outdoor unit — power savings, peak-load stability, hot-climate response

AlphaEngineering smart food infrastructure engineering — vertical farm system design and configuration

Lineup 04

AlphaEngineering

EcoTech System Engineering

We design, supply, install, integrate, and commission cultivation racks, multi-layer nursery racks, nutrient dosing systems, environmental controls, piping, and climate-control equipment.

  • Rack design, supply & installation

  • Nutrient dosing system design & supply

  • Environmental controllers & sensor integration

  • Nutrient & irrigation piping design & works

  • Cooling, dehumidification & ventilation systems

Built on operating experience proven at AlphaFarm, we deliver an integrated solution portfolio connecting cultivation · climate · power · cold chain · data · engineering.

ECOTECH INSIGHTS

Explore the principles and
real-world applications of our EcoTech.

See how low-temperature dehumidification, water circularity, outdoor-unit precooling, and Bio-CO₂ integration work and are applied in real projects.

Precision Climate and Dehumidification

LED sensible heatlow-temperature dehumidification15°C/50% RHVPD

Water Circularity and Cooling-Energy Reduction

low-TDS condensatewater reuseoutdoor-unit precoolingpower savings

Bio-CO₂ AlphaFarm

biogas powerCO₂ recoverybuffer tankon-site offtakewaste heat utilizationCO₂ purchase replacement

ALPHAFARM PRODUCTION TECHNOLOGY

Turning EcoTech conditions
into continuous year-round production and revenue.

AlphaFarm goes beyond energy and water efficiency. It combines high-density precision cultivation racks with a continuous flowering-seedling supply system to improve space productivity, crop uniformity, and production continuity.

AlphaFarm high-density precision cultivation rack — integrated precision irrigation, adjustable lighting, air ducts, and slit-type pot trays

High-Density Precision Cultivation Rack Technology

Our high-density vertical multi-layer racks integrate:

  • Precision irrigation based on crop and growth stage

  • Adjustable lighting by growth stage

  • Internal air-distribution ducts

  • Uniform airflow and climate across cultivation layers

  • Slit-type pot trays designed for root-zone and drainage management

  • Integrated irrigation, drainage, lighting, and airflow

This increases cultivation density while maintaining more uniform lighting, irrigation, root-zone conditions, and airflow across the cultivation layers.

DSRP Year-Round Continuous Production Technology

DSRP, the Dynamic Seedling Reserved Protocol, is AlphaFarm's year-round production protocol based on continuous flowering-seedling preparation in multi-layer nursery racks and quarterly rotational plant replacement.

Instead of removing and replanting the entire crop at once, prepared flowering seedlings are introduced progressively on a quarterly basis.

This reduces productivity decline caused by plant aging and supports continuous year-round production without the extended downtime associated with full crop replacement.

Core Components of DSRP

  • Flowering-seedling cultivation in multi-layer nursery racks

  • Simultaneous operation of production plants and replacement seedlings

  • Quarterly rotational plant replacement

  • Prevention of extended full-room replacement downtime

  • More stable year-round production and quality

ECOTECH BUSINESS MODELS

Turning EcoTech
into deployable business models.

We combine AlphaFarm and the Alpha Solution portfolio with sites that have waste heat, CO₂, power, water, or underutilized space to create premium strawberry businesses and circular-resource infrastructure.

IP portfolio

Registered intellectual property
supports our cultivation, automation, and data technologies.

Our patents, trademarks, and software copyrights cover smart-farm automation, crop analysis, vertical cultivation, high-density rack systems, containers, and data analytics.

Registered in the Republic of Korea. Titles are translated from the official Korean registrations.

01

Smart farm automation system using robots

02

Smart farm system with load protection and failure prevention

03

Plant growth monitoring and control system and method

04

Smart edge device-based growth analysis method, apparatus, and system

05

Vertical hydroponic cultivation system

06

Drip irrigation, high-density cultivation frame, and LED system for high-density vertical farming

07

Container and manufacturing method thereof

08

Data analysis method and apparatus for improving crop productivity

09

CESeL AlphaFarm (trademark)

10

Deep learning-based strawberry growth analysis software using leaf color channels

Deployment cases

Proven in the field —
6+ sites in Korea and Malaysia.

From an urban farm in operation in Suwon to deployments in Icheon, Naju, and Jeonnam, and AlphaFarm Malaysia preparing to open — all photos and video were captured on site.

AlphaFarm — Lineup 01

AlphaFarm — Lineup 01

Turning EcoTech conditions
into year-round strawberry production.

AlphaFarm delivers not equipment but a year-round strawberry business solution. Once a client decides to invest, CESeL Primus takes responsibility for cultivation, operations, and sales as one package. Contracts start at one year and renew annually — the hard work is handled by the system and the operations team.

01

Production base

02

Operations

03

Sales channels

04

Space experience

05

Business development

AlphaCore

AlphaCore

A large-scale premium strawberry production base for stable output and quality control

AlphaCafe

AlphaCafe

An in-store model selling strawberries as cakes, fresh packs, and beverages

Experience Portfolio

Experience Portfolio

Turns hotels, offices, showrooms, and bakeries into living brand experiences

Alpha ContainerFarm

Alpha ContainerFarm

A compact production and validation model in a 40-ft high-cube container

AlphaCore — modular vertical farming production unit for premium strawberry production, six key features infographic

AlphaFarm core unit · AlphaCore

AlphaCore

A modular vertical-farm production unit for premium strawberries

Core-1 targets roughly 10–12 tons of premium strawberries a year from a ~165 ㎡ cultivation room and scales step by step by repeatedly adding units such as Core-2 and Core-3. The large-scale Core-20 links with data centers and SOFC (solid oxide fuel cell) on-site power systems, converting waste heat, CO₂, and power into productive resources for premium strawberry farming. AlphaCore is not simply a cultivation rack — it is an integrated modular vertical-farm system combining high-density cultivation, year-round production, low-temperature dehumidification, energy efficiency, water production, and data-center linkage.

Core-1 · ~165 ㎡ / 10–12 t per yearCore-2 · Core-3 modular scalingCore-20 · circular infrastructureSOFC (solid oxide fuel cell) linkageWaste heat · CO₂ to resources

Core EcoTech

LED-sensible-heat low-power dehumidification15°C / 50% RH target climateLow-TDS condensate recovery & reuseRecovered-water outdoor-unit precoolingWaste heat & CO₂ utilization
  • AlphaCooling low-temp dehumidificationPrecise control at ~15°C / 50% RH, integrating cooling and dehumidification to create the foundation for premium strawberry cultivation.
  • AlphaEnergy efficiencyLow-temp dehumidification and optimized ventilation cut cooling load and power use — a key advantage in hot-humid or high-electricity-cost markets.
  • Low-TDS Condensate RecoveryCondensate generated through plant transpiration and low-temperature dehumidification is recovered and reused. Subject to water-quality verification, it may be used for irrigation, non-potable utilities, or as pretreatment water.
  • Waste-heat & CO₂ data-center modelCore-20 links with data centers, SOFC power, and industrial complexes to convert waste heat, CO₂, and power into strawberry-production resources.

AlphaFarm Production Technology

High-density precision racksPrecision irrigationAdjustable lightingInternal air ductsSlit-type pot traysDSRP flowering-seedling circulationQuarterly plant replacementYear-round production
  • High-density cultivation rackWide-format design — 7 tiers / 224 plants (standard) up to 14 tiers / 448 plants (high-density). Stable, high productivity within a limited footprint.
  • Year-round production protocolContinuous production with no seasonal downtime. Scheduled mother-plant replacement and stable harvest management for uniform supply and profitability.
AlphaCooling — Lineup 02
Food workspace with AlphaCooling low-temperature dehumidification HVAC

AlphaCooling — Lineup 02

Control the humidity — the climate
evens out and quality risk drops.

This is not simple air conditioning. A dehumidification-centered HVAC solution that also manages dew point, surface condensation, and supply-air condition — applied from vertical farms to food packing rooms, cold storage, and cold-chain facilities.

For strawberry grow rooms, sensible heat generated by cultivation LEDs is used for post-dehumidification reheat to help reduce auxiliary reheat demand and low-temperature dehumidification energy.

Precise humidity control
Uniform climate
Lower quality risk
Energy savings

AlphaCooling Farm

A low-temp dehumidification & cooling package for strawberry grow rooms — coolers, circulation fans, airflow, and sensors designed as one.

AlphaCooling HGR

An inline hot-gas-reheat dehumidification unit for condensation, high humidity, and wet-packaging problems in food processes and packing rooms.

AlphaCooling Container

An ESS-linked cold-chain container based on patented technology transferred from the Korea Railroad Research Institute.

AlphaEnergy — Lineup 03

AlphaEnergy — Lineup 03

Power, control, and data —
bound into one operations layer.

AlphaEnergy is an integrated power · control · data management system. It connects equipment power, sensors, controllers, and image data into a single operational decision structure — raising energy efficiency and operational stability together.

Alpha Power Panel

Collects and manages equipment operating status through three-phase power sensing, distribution, and control.

AI Control Gateway

Connects sensors, relays, control panels, and equipment to apply on-site logic and data-driven control.

Alpha Data Management System

Integrates temperature, humidity, CO2, image, and energy data as the basis for operational decisions.

Alpha PCU

PreCooling integrated outdoor unit — outdoor-unit power savings, peak-load stabilization, and hot-climate response. Recovered water from the dehumidification process is used for evaporative precooling of outdoor-unit intake air, helping reduce condensing load, compressor power, and peak demand under high ambient temperatures.

Next step

We are preparing an optimal power generation solution for power-intensive facilities, linking PV and energy storage systems.

Integrated material and energy flow of Bio-CO₂ AlphaFarm using recovered CO₂ and waste heat from biogas power generation

Bio-CO₂ AlphaFarm

Connecting a biogas plant's surplus CO₂ and waste heat with AlphaFarm's steady demand.

Recovered and purified CO₂ and waste heat from biogas power are buffered and supplied to AlphaFarm. The plant secures a stable on-site off-taker, while AlphaFarm cuts external CO₂ purchases and energy costs.

Core 10 premium strawberry production ≈ 80–100 tons/year

An illustrative figure showing project scale — not a yield-increase effect from CO₂ supply.

Explore Bio-CO₂ AlphaFarm
AlphaEngineering — Lineup 04

AlphaEngineering — Lineup 04

Smart Food Infrastructure Engineering

Engineering that turns EcoTech into practical operating systems

Designed and configured for each site, then delivered as a fully operational system.

AlphaEngineering — from design to supply, installation, and commissioning. Smart food infrastructure engineering infographic covering racks, nutrient dosing, environmental controllers, piping, and climate systems

AlphaEngineering designs and configures smart systems for crop cultivation facilities and food-industry sites, connecting equipment supply, installation, integration, and commissioning into practical engineering solutions.

Its application is not limited to vertical farms. AlphaEngineering can be applied to crop cultivation facilities, nurseries, food storage rooms, food workspaces, packing rooms, cold-storage facilities, and other food-industry infrastructure requiring the management of temperature, humidity, nutrients, irrigation, ventilation, power, and operational data.

We first review the site conditions and operating requirements, then design and configure cultivation racks, nutrient dosing systems, environmental controllers, nutrient and irrigation piping, and cooling, dehumidification, and ventilation systems. Depending on customer requirements, we also provide equipment supply, fabrication, installation, control integration, and commissioning to complete a practical operating system.

Each area can be delivered as part of an integrated system or as an item-specific engineering service.

FAQ

Answers, before you ask.

What kind of company is CESeL Primus?

CESeL Primus is a strawberry vertical farm–based EcoTech company that reduces energy consumption, recovers water, and converts waste heat and CO₂ into productive resources. Our technologies include LED-sensible-heat-assisted low-power dehumidification, a 15°C/50% RH target climate, low-TDS condensate recovery, outdoor-unit precooling, and industrial waste heat and CO₂ integration.

What is DSRP?

DSRP, the Dynamic Seedling Reserved Protocol, continuously prepares replacement flowering seedlings in multi-layer nursery racks and replaces production plants on a quarterly rotational basis. It avoids extended production downtime from full crop replacement and reduces productivity decline caused by plant aging.

What is the year-round strawberry business solution?

It is the business model AlphaFarm delivers. Once a client decides to invest, CESeL Primus takes responsibility for cultivation, operations, and sales as one package — creating a strawberry business that runs all year. Contracts start at one year and renew annually.

What problems does AlphaCooling solve?

It addresses hot and humid environments, condensation, and supply-air quality issues in vertical farms, food packing rooms, cold storage, and cold-chain facilities with a dehumidification-centered HVAC solution.

What is AlphaEnergy?

An integrated power · control · data management system composed of the Alpha Power Panel, AI Control Gateway, Alpha Data Management System, and Alpha PCU — managing equipment operation, peak load, and energy efficiency with data.

Do you have real deployment cases?

Yes — an urban strawberry vertical farm in operation in Suwon, deployments in Icheon, Naju, and Jeonnam, and AlphaFarm Malaysia preparing to open — 6+ sites across Korea and Malaysia.

What can I inquire about?

Project inquiries, partnership inquiries, overseas pilot inquiries, and refrigeration equipment inquiries. Our business development team reviews each project and replies directly.

EcoTech Project and Solution Inquiries

From complete projects
to equipment and item-specific engineering.

Contact us regarding complete strawberry vertical farm development, turnkey deployment, low-power dehumidification, recovered-water outdoor-unit precooling, and waste heat and CO₂ integration projects. We also provide equipment supply and item-specific engineering for existing farms, smart farms, and food facilities, including cultivation racks, multi-layer nursery racks, nutrient dosing systems, environmental controls, piping, cooling, dehumidification, and ventilation systems.

AlphaFarm

Complete business development and turnkey deployment

AlphaCooling

Low-temperature dehumidification and climate improvement

AlphaEnergy

Power, control, data, and precooling

AlphaEngineering

Equipment and item-specific engineering

Waste heat, CO₂, biogas, and power-plant integration

Waste heat, CO₂, biogas, and power-plant integration projects

Overseas pilots, exports, and local partnerships

Overseas pilots, exports, and local partnerships