Kaitong Modern Red Cedar Wood Finland Fired Combinaison Home Outdoor Cabin
Premium insulated timber structure with thermal barrier protection, ideal for high-end resort microgrids and hospitality eco-cabins.
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Factory-built, pre-wired, and thermal-insulated modular cabins optimized for rapid deployment across Sri Lanka's energy and industrial sectors.
Premium insulated timber structure with thermal barrier protection, ideal for high-end resort microgrids and hospitality eco-cabins.
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Rapidly deployable 72 Sqm expandable modular enclosure designed for field monitoring, utility command centers, and solar site headquarters.
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Heavy-duty anti-seismic steel structure engineered for central inverter housing, transformer protection, and grid substation equipment.
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Futuristic weather-sealed capsule unit with reinforced composite shell, optimized for off-grid coastal telemetry and weather telemetry control.
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Naturally insulated cedar timber enclosure designed for eco-sensitive installations, agricultural solar farms, and heritage zones.
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Compact folding structure allowing efficient multi-unit shipping per sea container. Reduced logistics costs for remote Sri Lankan sites.
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Turnkey industrial steel frame shell engineered for large-scale energy storage systems (BESS) and high-voltage grid control housing.
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Standard utility-grade flat pack container cabin featuring high-density PUF wall panels, pre-fitted electrical channels, and anti-corrosive coating.
Get a QuoteSri Lanka's ambitious target to achieve 70% renewable electricity generation by 2030 has triggered a rapid expansion of utility-scale solar photovoltaic (PV) plants, floating solar arrays, and distributed microgrids. However, deploying sensitive Supervisory Control and Data Acquisition (SCADA) systems, central string inverters, high-voltage switchgear, and Battery Energy Storage Systems (BESS) in Sri Lanka presents intense environmental challenges.
As a leading custom OEM solar control room cabin exporter, TEXO Prefab World provides field-proven, precision-engineered modular shelters built to withstand Sri Lanka’s unique tropical maritime climate. From high ambient temperatures in Hambantota to severe coastal salt-spray along the Mannar Peninsula and heavy monsoon downpours in the Western Province, our prefabricated control cabins guarantee uncompromised operational continuity for utility developers and EPC contractors.
Custom OEM solar control cabins are tailored for specific geographical corridors and power infrastructure deployment conditions across the island.
Southern and Eastern dry zones experience solar irradiance exceeding 5.5 kWh/m²/day accompanied by ambient temperatures topping 38°C. Our solar control rooms feature 80mm–100mm Polyurethane Foam (PUF) insulation core panels with thermal conductivity as low as 0.022 W/m·K. This eliminates thermal bridging, keeping internal cabinet temperatures stable and reducing HVAC energy loads by up to 30%.
Coastal deployments are vulnerable to severe saline atmospheric corrosion (C5-M environment). Our OEM shelters utilize hot-dip galvanized steel chassis treated with zinc-rich epoxy primers and fluorocarbon (PVDF) exterior cladding. This marine-grade protection prevents rust degradation, offering a maintenance-free 25-year service life against harsh sea breeze and salt air.
Integrating solar control cabins on shoreline perimeters of Sri Lanka’s agricultural tanks (such as Chandrika Wewa) requires high moisture ingress protection. Cabin structures are IP65 dust and moisture sealed, equipped with double-gasketed compression locks, raised floor cable trenches, and integrated sump drainage to safeguard critical metering equipment during monsoon downpours.
Offshore microgrids (such as Delft and Nainativu islands) require compact, modular control hubs housing lithium-ion battery banks, inverter units, and emergency power management racks. TEXO constructs OEM cabins with integrated FM200/Novec 1230 fire suppression systems, structural fire-rated walls (EI60/EI120), and heavy-duty reinforced floors supporting up to 1,500 kg/m² loads.
Commercial & Industrial rooftop systems across Free Trade Zones require light-footprint ground control cabins. Pre-fitted off-site with smart meters, grid-tie protection relays, and Ceylon Electricity Board (CEB) telemetry link panels, these flat-pack or fully assembled units can be installed on-site within 48 hours without disrupting factory operations.
Highland solar plants experience heavy condensation, rapid thermal swings, and high UV exposure. Our cabins utilize anti-condensation vapor barriers, UV-resistant exterior coatings, and automated climate control systems with dual-redundant HVAC units to prevent interior moisture buildup on sensitive circuit boards.
Compare technical parameters of TEXO Custom OEM Solar Control Cabins built for export to Sri Lanka.
| Specification Parameter | Standard OEM Solar Cabin | Heavy-Duty Coastal / Marine Cabin | High-Capacity BESS Control Shelter |
|---|---|---|---|
| Frame Construction | 2.5mm Galvanized Formed Steel Profiles | 4.0mm Heavy Structural Steel Frame (Hot-Dip Galvanized) | Reinforced 5.0mm Steel Beams with Seismic Bracing |
| Corrosion Class (ISO 12944) | C3 (Medium Industrial) | C5-M (Very High Marine & Offshore) | C4 / C5 Marine Industrial Grade |
| Insulation & Wall Panels | 60mm PUF Sandwiched Panel (40 kg/m³) | 100mm High-Density PUF Core / Rockwool Core | 100mm Fire-Rated Rockwool / PUF Hybrid Panel |
| Thermal Conductivity (K-Value) | 0.024 W/m·K | 0.020 W/m·K | 0.022 W/m·K |
| Floor Load Bearing Capacity | 500 kg/m² | 800 kg/m² | 1,500 kg/m² (Heavy Battery Rack Support) |
| Ingress Protection (IP Rating) | IP55 Dust & Splash Proof | IP65 Total Dust & Water Jet Sealed | IP66 Enclosure with Automated Air Damper Shutters |
| Fire Rating (EN 13501-1) | Class B-s1, d0 | Class A2-s1, d0 (Non-Combustible) | EI120 Standard Structural Fire Barrier |
| HVAC Redundancy | Single Industrial Air Conditioner | Dual-Redundant Lead-Lag HVAC System | Precision Air Conditioning (PAC) with Humidity Control |
Traditional brick-and-mortar solar control rooms built on-site in Sri Lanka often suffer from weather delays during the Yala and Maha monsoons, inconsistent masonry quality, and logistics bottlenecks in remote locations. Importing plug-and-play, factory-tested OEM control room cabins allows developers to complete off-site equipment pre-fitting. Once landed at Colombo Port or Hambantota International Port, cabins are transported via bed-truck and set onto pier foundations in hours, drastically accelerating Commercial Operation Dates (COD).
The Ceylon Electricity Board (CEB) and Lanka Electricity Company (LECO) require stringent grid interconnect monitoring. Control cabins exported to Sri Lanka must accommodate standardized 33kV switchgear panels, Remote Terminal Units (RTUs), anti-islanding protection relays, and optical fiber patch bays. Our custom structural framing includes built-in removable gland plates, overhead cable trays, and anti-static raised flooring systems (ESD protected) designed specifically to match CEB sub-station interface layouts.
Combining high-volume manufacturing capabilities with custom OEM precision engineering for international project delivery.
Manufactured inside state-of-the-art facilities using robotic plasma cutting and automated roll forming, ensuring flawless panel interlocking, structural squareness, and total zero-leakage sealing.
Designed for flat-pack container shipping or rigid 20ft/40ft ISO containerized transport. Standard shipping dimensions minimize sea freight charges to Colombo Port while preventing transport damage.
Complete flexibility over structural dimensions, wall thickness, door positioning, HVAC wall-cutouts, cable trench layouts, fire rating specifications, and custom exterior branding/colors.
Essential answers for EPC contractors, solar project developers, and procurement officers sourcing control cabins for Sri Lankan solar projects.
Our cabins feature a multi-layer insulation envelope utilizing continuous-injected high-density Polyurethane Foam (PUF) panels (40–42 kg/m³) enclosed in pre-painted galvanized steel (PPGI). Wall joints incorporate tongue-and-groove interlocking profiles with double EPDM rubber gasket seals. This prevents moisture ingress during intense monsoon rain while eliminating condensation risks on internal electrical components and inverter controls.
For coastal and marine environments, we apply C5-M (ISO 12944) compliant corrosion protection. This includes a heavy hot-dip galvanized structural steel frame (minimum 275 g/m² zinc coating), sandblasted base steel (Sa 2.5), zinc-rich epoxy primer, and a durable Polyvinylidene Fluoride (PVDF) exterior paint finish that resists salt fog, high humidity, and aggressive UV radiation.
Yes. We offer two shipping options: 1) Fully Pre-Assembled ISO Container Cabins (built inside standard 20ft or 40ft High Cube container footprints), which can be loaded directly onto container ships and trucked straight to the site for immediate plug-and-play installation; and 2) Flat-Pack Modular Kits, where up to 4 units can be packed into a single 40ft HC container to significantly lower ocean freight costs for larger projects.
Because our solar cabins feature an integrated structural heavy-duty steel base frame, they do not require heavy, continuous concrete slab foundations. A simple set of level concrete pier blocks or a perimeter strip foundation is sufficient. This reduces civil works costs and setup time on field sites across Sri Lanka.
Yes. As a custom OEM exporter, we fabricate every cabin to your exact shop drawings. We pre-install internal industrial LED lighting, emergency backup lights, cable trays, raised anti-static flooring, main distribution boards (MDB), wall penetrations with weather-sealed gland plates, and reinforced mounting frames for dual-redundant HVAC units.
We work directly with EPC engineering teams to ensure layouts match CEB grid connection requirements. This includes dedicated internal partition walls for metering sections, separate control/SCADA operator rooms, fire-rated utility doors with panic bars, external earthing copper busbars, and pre-engineered cable entry trenches compliant with utility safety clearances.
Factory production typically takes 15 to 25 days depending on total order volume and technical customization requirements. Shipping from our manufacturing hubs to Colombo Port generally takes 7 to 12 days in transit, allowing for rapid overall project execution schedules compared to traditional construction.
Consult with our technical engineering team for custom OEM drawings, thermal calculations, material specifications, and landed export quotes for Colombo Port.
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