Manufacturing, food & beverage, textile, chemicals, plastics, logistics/warehousing, malls/parking, hospitals/hotels, agriculture/greenhouses, and corporate facilities; plus ex‑proof/hygienic lines and continuous processes.

Please provide the last 12 months (min. 6) of bills/consumption data and your block/parcel (cadastral) details.

Yes. We deliver projects nationwide with on‑site and remote teams.

• Higher productivity: Machines can run with fewer stoppages, lower error rates, and higher speeds.

• Quality & consistency: Reduces human‑related errors and helps achieve consistent quality.

• Lower costs: Labor costs can decrease over time; energy and material waste can be reduced.

• Flexibility: Software changes enable producing different products on the same line.

• Data & monitoring: Real‑time tracking of production, energy use, and scrap improves decision‑making.

• Safety: Risks in hazardous/repetitive tasks can be reduced.
  In short, automation is a key technology partner on the Industry 4.0 journey, helping plants become more competitive, profitable, and sustainable.

Generally yes. We perform structural suitability checks, roof covering assessment, safety clearances, and shading analysis to design the optimal layout.

For approximately 1 kWp, plan for 5–7 m² on sloped roofs (typical).

On flat roofs, allow 7–10 m²/kW to account for row spacing and access/fire corridors.

The final value varies depending on shading, parapets, maintenance pathways, and safety clearances.

Typically 3–6 years, depending on your consumption profile, tariff, and system size. The exact period is calculated per project using production‑consumption matching.

It operates on‑grid (grid‑connected). Daytime production is consumed on‑site first; any surplus can be exported to the grid per regulations. Nighttime consumption is drawn from the grid.

Yes. Seasonal variation due to irradiance and module temperature is considered in the simulation.

Modules typically carry 25–30 years performance warranty; inverters 5–10 years (extendable). Suryon also provides installation and workmanship warranty.

In many cases yes—by adding strings, redesigning MPPT/string allocation, or adding inverters—while reassessing grid protection and selectivity.

A Battery Energy Storage System stores electricity and releases it when needed—for self‑consumption increase, peak‑shaving, load‑shifting, power‑quality improvement, and backup power use cases.

We optimize kW (power) and kWh (energy) separately, based on peak durations in your load profile, critical loads, tariff structure, and target use cases.

• AC‑coupled: Easier to retrofit to an existing PV; flexible.

• DC‑coupled: Potentially lower conversion losses; fewer components.
  The choice depends on your current architecture and operational objectives.

Yes. We review inverter topology, protection architecture, and SCADA/monitoring compatibility to design the integration.

We specify fire detection/suppression, ventilation/HVAC, cable routings, and emergency response plans tailored to the container/room type.

Warranty terms, cycle count, and calendar life depend on the manufacturer and are defined in the project documents alongside use case and DoD (depth of discharge).

PLC panel design & manufacturing, sequence/PID control, safety relays, sensor‑actuator integration, HMI/SCADA, data collection/reporting, and MES/ERP integrations.

Machines, robots, and software are installed and interconnected on site; calibrations are performed to ensure a smooth initial production run.

All functions are tested; the Site Acceptance Test (SAT) is completed and the system is put into production.

Yes—remote/on‑site technical support, spare‑parts planning, and software updates.

Yes. We use phased migration, parallel panels, maintenance‑window alignment, and rollback plans to minimize risk.

Yes. Production, PR (Performance Ratio), power quality, and alarms are monitored in real time; KPI and maintenance reports can be shared automatically on a periodic basis.

We apply access authorization, encryption, network segmentation, logging, and backup policies; remote access is managed via approved channels.

IEC/EN standards and relevant EDAŞ/TEDAŞ specifications. We perform MV protection/selectivity studies, grounding, and apply LOTO procedures.

Suryon teams or approved partners execute cabling per quantities and drawings, delivering test/commissioning reports and as‑built documentation.

Yes. We follow ATEX requirements for hazardous‑area classification and equipment selection, and apply work permits and OHS/EHS procedures.

Pre‑survey & data collection → feasibility/proposal → contract → engineering → permits/grid applications → procurement → installation → testing & commissioning → training & handover.

It depends on scale, permitting/grid processes, and supply conditions. The critical path and dependencies are shared in the proposal’s schedule.

Suryon manages drawings, applications, and provisional/final acceptance coordination, with regular client updates.

We propose alternatives: optimized layout, lighter mounting structures, structural reinforcement options, or ground‑mount solutions.

• EPC (CAPEX): Turnkey investment and ownership.

• EaaS/ESCO (OPEX): Energy‑as‑a‑Service; performance‑based payments.

• PPA: Long‑term power purchase agreement.
  We present a comparative fit for your project.

We offer milestone‑based payments and financing options via partners, structured to your project’s cash flow.

They vary over time. We reflect current programs in your feasibility analysis.

Yes. Using production simulation, consumption matching, and tariff scenarios, we prepare ROI/NPV and sensitivity analyses.

Project‑specific PR/production targets are set in the acceptance documents. During commissioning we perform FAT/SAT, I/O checklists, protection settings, and alarm/trend validations, and deliver as‑built documents.

We conduct root‑cause analysis (shading, soiling, temperature, faults), implement corrective actions and monitoring calibration, and report findings.

Through the customer portal with role‑based access to real‑time production, PR, alarms, and reports.

Yes. With inverter/SCADA integration for real‑time monitoring, alarm management, trend analysis, and periodic reports.

For GES: every 6–12 months. For automation panels: annual thermal imaging/terminal retightening. For BESS: PM per manufacturer recommendations.

Contract‑defined prioritized response and initial‑response times, spare‑parts inventory, and remote access support are guaranteed.

Yes—spare‑parts planning and service procedures for critical equipment; temporary bypass/island mode scenarios when needed.

Risk assessment, LOTO, permits for work at height/hot work, daily toolbox talks, and site trainings are standard.

Processes and documentation aligned with ISO 9001/14001/45001.

Data access is governed by authorization‑encryption‑logging policies; customer data is processed in compliance with KVKK.

Yes—analysis, compensation, and filtering solutions to improve power‑quality metrics.

Yes. We design prioritization, peak‑shaving, island mode, and synchronization scenarios based on load and grid conditions.

Yes—using BESS plus Automatic Transfer Switch (ATS) / Static Transfer Switch (STS) with proper selectivity and monitoring; room/fire/HVAC requirements are engineered accordingly.

Where infrastructure and contractual conditions allow, yes—automation and metering requirements are engineered accordingly.

Yes. On‑site training for operators and maintenance teams, along with user manuals and emergency procedures.

Single‑line and layout drawings, cable schedules, parameter sets, as‑built drawings, test/commissioning reports, and a maintenance plan.

Yes. With authorized users, we can diagnose and provide first‑response via secure remote access.

Supply, installation/workmanship, and performance targets as defined by manufacturer and contract terms; the warranty starts with the acceptance report.

Force majeure, unauthorized intervention, out‑of‑project modifications, and misuse contrary to the maintenance plan may be excluded.

Create a ticket via the customer portal, phone, or email; planning and response follow the SLA.

Share your facility type, address, and last 12 months (or at least 6 months) of bills; we’ll prepare a preliminary report based on roof/shading and your consumption profile.

Load profile (ideally 15‑minute/30‑minute data), shift information, critical loads, and target backup duration. We build a comparative EPC/EaaS/PPA report from these inputs.