Industries
Power centers for agriculture and greenhouse complexes
Power supply for greenhouse complexes, agricultural enterprises, and food production facilities.
Greenhouse and agro-industrial facilities simultaneously require electricity, heat, and in some processes — cold and CO₂. Combined generation on a single unit provides the greatest cost-effectiveness.
Facility Challenges
- — Provision of electricity for supplementary lighting and technological equipment
- — Meeting the thermal load of the facility
- — Reduction of product cost through energy savings
- — Autonomy of sites outside the area of sufficient grid capacity
4DA Energy Solutions Ltd. Solutions
- — Cogeneration: combined generation of electricity and heat
- — Trigeneration and quadgeneration when there is a need for cold and CO₂
- — Autonomous energy center for remote sites
- — Energy audit and calculation of the energy balance of the complex
Possible System Configurations
- — Energy center with heat recovery for greenhouse heating
- — Scheme with CO₂ supply to the technological circuit
- — Modular expansion for construction phases
- — Isolated mode at remote sites
Reliability and Redundancy
- — Backup power for critical technological systems
- — Automatic transfer switch (ATS)
- — Maintenance considering seasonal load peaks
Integration with Existing Infrastructure
- — Connection to the complex's thermal circuit
- — Coordination with the existing electrical scheme
- — Integration with microclimate control systems
Service throughout the entire lifecycle
- — Scheduled maintenance and diagnostics
- — Supply of spare parts and consumables
- — Long-term operation programs
Implementation
How the Project is Implemented
Unified 4DA Energy Solutions Ltd. Workflow from Initial Data to Power Plant Operation.
Initial Data Collection
Electrical and thermal load profile, available gas resource, connection points, reliability requirements, and facility site.
Preliminary Study
Technical feasibility verification: gas balance, operating modes, grid constraints, and preliminary power plant configuration.
Technical Concept
Facility energy balance, composition of main and auxiliary equipment, thermal scheme, layout, and CAPEX/OPEX estimation.
Financial Model
Power supply economics, transaction structure, and selection of implementation model — EPC, EPC-M, or EPC-F.
Contracting
Agreement on scope of work, schedule, guaranteed performance indicators, and risk allocation among project participants.
EPC and Commissioning
Design, procurement, construction and installation works, commissioning, and bringing the power plant to design performance.
Operation and Maintenance (O&M)
Scheduled maintenance, spare parts, operational mode management, and availability reporting throughout the service life.