01
Rooftop solar
For factories, warehouses, retail and office buildings with daytime electricity demand.
- No additional land needed
- Efficient installation
- Integration with the existing connection
QUANTAI ENERGY • SOLAR EPC / SCADA / O&M
Energy designed
for the future
We design and build ground-mounted, rooftop and carport solar systems for businesses, from energy analysis and grid connection conditions to commissioning, monitoring and maintenance.
100 kW–10 MWindustrial projects
Smart EPCdata-driven engineering
24/7 SCADAtransparent performance monitoring
01 / SOLUTIONS
We design around your site,
your load and your constraints
We first assess your load profile, grid connection and site. We then size a system to reduce electricity costs without installing unnecessary capacity.
02
Ground-mounted solar
For businesses with available land and demand for larger capacity.
- Optimised module orientation
- Easy maintenance access
- Phased expansion
03
Solar carport
Solar generation and covered parking in one engineered structure.
- Dual use of parking space
- EV charging readiness
- Visible ESG benefits
02 / INDUSTRIES
Solar power where
energy drives production
We focus on sites with steady daytime demand, a clear electricity tariff and space for rooftop, ground-mounted or carport solar.
Industry
Factories and production sites with a stable daytime base load.
Rooftop · ground-mounted · BESSFood production
Production lines, refrigeration and continuous electricity demand.
Rooftop · zero exportWarehousing and logistics
Large roof areas and generation that aligns with working hours.
Rooftop · carport · EV chargingCement and materials
High electricity demand and opportunities for phased development.
Ground-mounted · PPA · SCADACommercial property
Shopping and business centres with substantial daytime demand.
Rooftop · carportAgribusiness
Processing, irrigation, cold storage and remote facilities.
Solar · BESS · hybrid03 / DELIVERY MODELS
One solar plant.
Different investment models
We choose the financing structure after energy screening: who invests, who owns the asset and how the customer receives the economic benefit.
01Maximum direct savings
Customer-funded EPC
The customer finances construction directly or through a lender and owns the plant after commissioning.
- Investment
- customer / lender
- Ownership
- customer
- Benefit
- all savings from generation
02No upfront CAPEX
Onsite PPA / BOOT
An investor or SPV finances, builds and operates the solar plant. The customer pays for metered solar electricity.
- Investment
- investor / SPV
- Ownership
- investor, with a transfer option
- Benefit
- savings compared with the grid tariff
03Reduced project risk
Phased development
Energy screening, site surveys and FEED establish a technically and financially sound project before an EPC decision.
- First stage
- screening and concept
- Decision
- CAPEX, PPA or phased EPC
- Outcome
- investment decision package
In every modelSCADA, O&M, reporting and performance-ratio monitoring after commissioning.
04 / PROJECT JOURNEY
From the first data point
to the first kilowatt-hour
Each stage produces a verifiable outcome: a report, design package, test record or commissioned system.
- 012–5 days
Energy screening
We review three months of consumption, tariff, capacity allocated under the technical conditions and load profile to estimate an appropriate solar capacity.
- 023–10 days
Site survey
We assess topography and ground conditions for land, and structural capacity, roof condition and shading for rooftops; we identify connection points.
- 033–8 weeks
Grid conditions and design
We develop the technical solution, protection, cable routes, metering/SCADA and detailed design.
- 046–14 weeks
Procurement and construction
Modules, inverters, structures, cables and protection; installation with QA/QC and HSE controls.
- 051–3 weeks
Testing and commissioning
Testing, relay protection settings, synchronisation, staff training and as-built documentation.
- 06ongoing
Monitoring and O&M
24/7 generation monitoring, scheduled inspections, thermal imaging, cleaning and alarm response.
05 / SCADA
Always
connected
SCADA collects data from inverters, meters, weather stations and protection systems. Customers see generation and equipment status while the service team receives alarms and identifies faults.
LIVE PLANT ONLINE
CURRENT OUTPUT382.6 kW+8.4% vs plan
Today2.31 MWh
Availability99.4%
CO₂ avoided1.7 t
06 / PROJECT SCENARIOS
A design shaped by your
demand and site
These illustrative scenarios show options for industrial and commercial sites. We refine every design after reviewing demand, grid connection and site conditions.
Ground-mounted solar for three load groups
Separate connections for the gatehouse, outdoor lighting and utilities. We assess how to allocate solar generation without affecting critical processes.
- approximately 800 modules at 630 W
- Almaty Region
Rooftop pilot with daytime demand
We assess roof area, load profile and potential to scale the solution across other sites.
- prioritising on-site consumption
- scalable architecture
Portfolio of three production sites
An onsite PPA is under consideration: the investor finances the asset and the customer purchases solar electricity under an agreed pricing formula.
- three separate sites
- long-term O&M model
Ground-mounted plant for an energy-intensive facility
We assess the site, connection and phased construction for a stable industrial load.
- option for phased construction
- SCADA and PR monitoring
Site-specific assessmentCapacity, design and commercial model follow an energy screening and review of the site's data.
07 / QUICK ESTIMATE
Explore the scale
of your solar plant
Enter capacity, tariff and demand to see the approximate size of your plant and its potential financial impact.
Please noteFinal design depends on load profile, technical conditions, shading and site conditions.
kW
KZT/kWh
kWh
50 kW10 MW
630 W modules794pcs
Approximate area8 000m²
Annual generation675–750MWh
Potential share of annual demand24%
Upper estimate of annual savings28,6–31,7million KZT
Implementation time4–7months
Savings are capped by the site's annual consumption. This is an upper estimate: hourly alignment, grid constraints and maintenance costs require site data. This is not a commercial offer.
Share project details ↓07A / ILLUSTRATIVE ASSESSMENT
What an assessment
can show for your site
An illustrative rooftop solar project for a business in Kazakhstan. The assumptions explain the method; they are not a forecast or commercial offer.
Assumptions
- Plant capacity
- 500 kWp
- Site demand
- 250,000 kWh/month
- Example tariff
- 42.3 KZT/kWh
- Specific annual yield
- 1,350 kWh/kWp
- Share of generation consumed on site
- 80 %
For a real project, we recalculate yield using coordinates, orientation, shading and losses, and self-consumption using the hourly load profile. About PVGIS solar data ↗
Results under these assumptions
Expected annual generation675,000 kWh500 × 1 350
Consumed on site540,000 kWh675 000 × 80 %
Share of annual demand covered18 %540 000 ÷ (250 000 × 12)
Lower purchased electricity costs≈ 22.8 million KZT/year540,000 × 42.3 KZT/kWh
The example excludes CAPEX, maintenance, tax, tariff changes and any value of electricity not consumed on site. Payback follows a project cost estimate. Actual generation and savings may differ.
Assess my site ↗08 / QUALITY ASSURANCE
IECequipment and testing to international standards
HSEsafety plan before site work begins
QA/QCincoming inspection, checklists and as-built records
PRperformance-ratio tracking after commissioning
09 / FAQ
Answers to common questions
What is the solar plant's payback period?+
For some projects in Kazakhstan without BESS, around four years is an indicative payback. Actual results depend on construction cost, tariff, load profile, on-site consumption and financing. Energy screening provides base and conservative cases, projected cash flow and simple payback.
What warranties does the customer receive?+
The package includes manufacturers' warranties for modules, inverters and other equipment, a warranty for EPC works, testing records and as-built documents. Specific terms depend on the chosen equipment and the contract.
What does after-sales service include?+
SCADA monitoring, alarm handling, remote diagnostics, scheduled inspections, thermal imaging, generation monitoring and equipment maintenance. Inspection intervals and response times are set in the service SLA.
How much can electricity costs fall?+
Savings come from replacing purchased electricity with solar energy consumed on site. We assess this using 12 months of demand, hourly load, tariff and expected generation, reporting kWh, annual KZT savings and the share of demand covered.
10 / ABOUT US
Engineering. Data.
Accountability.
QuantAI Energy develops solar projects for commercial and industrial sites in Kazakhstan and Central Asia. We assemble project teams around each site's capacity, conditions and customer requirements.
Full project delivery
Industrial solar projects under one accountable team
Energy Screening · Engineering · Procurement · Construction · O&M
We manage projects from energy analysis and financial modelling through design, construction, commissioning and maintenance.
Delivery model
We bring together specialists and coordinate the customer, designers, suppliers and installation team.
Development
Site data, economics, EPC or PPA model and partner coordination.
Engineering
Engineering design, structures, electrical systems, grid conditions and connection.
Construction
Procurement, HSE, QA/QC, installation, testing and as-built documentation.
Operations
SCADA, monitoring, scheduled maintenance, SLA and performance-ratio tracking.
NEXT STEP
Share a brief
about your site
Provide your contact details, electricity consumption for the last three months and any site information you have. We will receive your enquiry and contact you.