Energy Transition
Utility-scale solar and battery storage delivered with industrial EPC discipline.
Chemie-Tech approaches solar PV and BESS as major infrastructure assets, combining high-voltage integration, construction control, and disciplined project execution for utility-scale and industrial clean energy delivery.
Positioning
Chemie-Tech approaches solar and BESS as industrial-scale infrastructure. The focus is on utility-scale and industrial applications where high-voltage integration, construction control, and disciplined delivery determine project performance and delivery certainty.
Asset Classes
Proposed solar PV and BESS scope
Four asset classes focused on utility-scale and industrial applications, centred on ground-mount solar and large-scale storage systems.
Utility PV: Ground-Mount
Large-scale ground-mount solar PV for grid export: fixed-tilt or single-axis tracker configurations, MV/HV interconnection, full balance-of-plant, and commissioning to grid-code compliance. Suitable for utility programmes, national tenders, and industrial-scale development frameworks.
Industrial Ground-Mount PV
Behind-the-fence solar generation for industrial parks, manufacturing facilities, and process plants: private wire where applicable, self-consumption optimisation, and grid export metering. Integrated with site load management and optional BESS.
Front-of-Meter BESS
Grid-scale battery storage for capacity, energy shifting, and ancillary services: PPC-controlled response for frequency, voltage, and ramp-rate compliance. Containerised LFP systems with integrated BMS/EMS, PCS/inverters, HVAC, and fire suppression.
Industrial BESS
Industrial-scale battery storage for peak shaving, backup power, black-start capability, and power-quality stabilisation: integrated with site loads, UPS systems, and critical infrastructure at industrial plants and facilities.
Technical Scope
Solar PV & BESS: What We Engineer & Build
Technical Scope
- Resource & Yield: Site data, solar resource assessments, PVSyst modelling, losses & PR budgeting
- Civil & Structural: Geotech, drainage, access roads, piling/ballast design, tracker/fixed-tilt foundations
- Electrical: DC/AC layout, string sizing, inverter blocks, MV skids, ring main units, earthing & lightning
- Controls: PPC/SCADA integration, protection coordination, telemetry & historian
- Grid Connection: Interconnection studies (load flow/short circuit), HV/MV substation, relay settings, reactive power & harmonic limits, LVRT/HVRT, ramp rates, COD compliance
- Commissioning: IV-curve tracing, insulation resistance, thermography, protection/inverter tests, synchronisation & COD
Standards
IEC 61215 / 61730 / 62109 · IEEE 1547 / 519 · IEC 62446 · IEC 60364 · NFPA 70 (NEC)
Technical Scope
- Architecture: Containerised LFP systems with BMS/EMS, PCS/inverters, HVAC, fire detection & suppression (NFPA 855)
- Use-Cases: Energy shifting, capacity, frequency & voltage support, black-start, backup power
- Integration: PV hybrid control, diesel coordination, UPS/critical load interfaces, site load management
- Safety: NFPA 855 design, UL-9540/9540A systems, UL-1973 cells, NEC/NFPA-70 wiring, thermal runaway containment
- Grid Code: Islanding protection, black-start capability, reactive power control, ramp-rate compliance
- Commissioning: Functional tests, capacity & round-trip efficiency tests, dispatch validation, warranty baselines
Standards
NFPA 855 · UL 9540 / 9540A · UL 1973 · IEC 62619 · NEC / NFPA 70
Delivery Process
From Pre-Construction to COD
How We Engage
Engagement Models
Full EPC & Defined-Scope EPC
Full engineering, major equipment procurement, balance-of-plant construction, and commissioning to grid-code compliance, as prime EPC contractor or as a defined-scope EPC partner within a broader developer structure.
Developer-Side Technical Support
Technical support for developer-led solar and BESS programmes during scope definition, package strategy, execution planning, and EPC structuring.
Post-COD O&M
Optional post-commissioning support: preventive and corrective maintenance, spares management, cleaning plans, telemetry monitoring, and KPI reporting for asset owners and operators.
What We Bring
Industrial EPC Discipline Applied to Clean Energy
Solar and BESS now demand the same execution discipline as other industrial infrastructure, which is where Chemie-Tech's core competencies apply directly.
MV/HV substations, protection relay settings, grid-code compliance: skills built across our refinery and terminal programmes that transfer directly to utility solar interconnection.
Mass civil works, piling, large-scale erection and multidisciplinary coordination are managed through Chemie-Tech's established project-control procedures.
QA/QC systems, ITP documentation, MDR packages, and commissioning records are built into our standard delivery process to support disciplined execution and dependable project close-out.
Where included in the agreed package, UAE fabrication facilities can support skid assembly, system preparation and factory acceptance testing before site delivery.
Solar, BESS & Grid Integration
Solar, BESS and grid integration.
Chemie-Tech delivers utility-scale and industrial solar PV and battery energy storage, where high-voltage integration and construction control determine project performance.
Civil, electrical and controls
Geotechnical and structural foundations, DC/AC electrical design, inverter and MV skids, and PPC/SCADA controls across solar PV and containerised LFP battery systems.
Grid integration and construction management
HV/MV substation and interconnection scope with LVRT/HVRT and grid-code compliance, delivered under Chemie-Tech construction management, with BESS safety to NFPA 855 and UL 9540 / 9540A.
Planning a Solar or BESS Project?
Whether you need a full EPC partner, a defined-scope EPC package within a wider developer structure, or developer-side technical support, our team can discuss scope, technology, and delivery model.