Power centers for business and industry
Discuss the projectA power center tailored to your facility
We first calculate the load, available gas resource, and project economics. Then we design and deliver the energy center — from the technical concept and financing to commissioning and service.
Economics before equipment selection
We compare grid and on-site generation, calculating CAPEX, OPEX, and energy cost across the entire lifecycle.
Reliability matched to facility requirements
We design redundancy, unit count, and operating modes based on load criticality.
Electricity, heat, and cooling
We use cogeneration and trigeneration to extract more useful energy from available fuel.
Single accountability for the result
Engineering, supply, construction, financing, and service are combined within one delivery model.
On-site generation economics in figures
from 22% to 40%
estimated reduction in electricity cost
from KZT 22/kWh
estimated cost of on-site electricity generation
from 2.5 years
estimated payback period
An illustrative calculation for an industrial facility with an electrical capacity of approximately 22–25 MW, based on a grid electricity price of KZT 42/kWh. Actual results depend on the gas price, load profile, heat utilization, CAPEX, OPEX and financing terms.
Preliminary assessment based on your facility data. No obligations.
Engineering connections
Turning individual equipment into a coordinated system
A power center must work with site conditions, from fuel delivery to the loads it supplies. Planning therefore considers not just a generator, but its connections to networks, controls and other energy sources.
Delivering fuel
Check how gas will reach the unit and whether supply conditions meet the selected equipment’s requirements.
Connecting to networks
Define how on-site generation will connect to the facility’s electrical infrastructure.
Supplying consumers
Match generation to demand and establish how power is distributed in each operating mode.
Coordinating controls
Align the actions of generators and auxiliary equipment through the automation system.
Serving thermal loads
Allow for heat use where consumers are available and the configuration supports it.
Supporting supply during shutdowns
Choose backup arrangements for the designated loads and acceptable time without power.
Not every site needs all these systems. Their necessity, configuration and scope of work follow the site inputs and reliability requirements.
4DA Energy Solutions Ltd. Ecosystem
Solutions for Key Industries
4DA Energy Solutions Ltd.'s Smart Energy Infrastructure for Business, Industry, and Urban Environments
Choose your facility type on the interactive map to discover which 4DA solutions fit its needs.
About the company
4DA Energy Solutions Ltd.
Power plant system integrator: reliable power, useful heat, manageable economics.
We start not with equipment, but with the facility's objective: gas resource, load profile, and required reliability level. Based on this, an energy balance, technical concept, financing model, and operation scheme are formed. Engineering, procurement, construction, and service remain within a single responsibility loop — the customer receives a result, not a set of individual contracts.
Engineering expertise
Energy balance, technical concept, and feasibility study prior to equipment selection — the solution is designed for the facility's specific task.
Reliability
The required level of availability is defined at the concept stage: redundancy, operational scheme, and service support.
Full cycle
Gas supply, design, financing, EPC, and O&M — single-point responsibility for the outcome.
Technologies
Energy Solutions
Electricity, heat, steam, cooling, and backup power — these are the technological blocks from which an energy center is assembled to meet a facility's specific energy balance.
Implementation Models
From concept to operational energy center
Three formats of 4DA Energy Solutions Ltd. participation — from turnkey construction to projects with attracted financing and full operation.
Turnkey power plant construction
Learn moreEPC-MConstruction, Management and Operation
Learn moreEPC-FDesign, construction and financing arrangement
Learn moreProject Roadmap
- 01
Input data and energy balance
Load profile, gas resource, connection points and reliability requirements.
- 02
Technical concept and economics
Power plant configuration, CAPEX, OPEX, energy cost and delivery model.
- 03
Design and construction
Contracting, design, supply, construction and commissioning works.
- 04
Operation and service
Mode management, maintenance, spare parts and availability control.
Service
Service throughout the entire lifecycle
We keep the energy centre operational and its running costs manageable across the whole lifecycle — from commissioning to scheduled maintenance, repair and spare parts supply.
- Diagnostics and RepairIdentifying the causes of deviations, assessing technical condition and restoring equipment to working order.
- Scheduled MaintenancePlanned work based on running hours and equipment condition to reduce the risk of unplanned shutdowns.
- Operation of Energy CentersMonitoring operating modes, planning maintenance and maintaining operational documentation.
- Original Spare PartsSelection and supply of compatible components to preserve the equipment's design performance.
The format and scope of service support are defined after reviewing the equipment set, running hours and operating mode.
Contact
Let's discuss your project
Tell us about your challenge — the 4DA Energy Solutions Ltd. team will help define the next step.
+7 (771) 855-55-95+7 (777) 014-11-13
Physical address: 70 Ryskulov Ave., 2nd floor, Almaty, Republic of Kazakhstan
Direct contact
- Email:
- info@4da.kz
- Address:
- 70 Ryskulov Ave., 2nd floor, Almaty, Republic of Kazakhstan
- Operating hours:
- 08:00–20:00