Solar Power That Ships in a Box and Deploys in a Day.
Power SPV and Power SES — movable, containerized solar PV and solar-plus-storage systems for military, mining, oil & gas, ports, islands and remote sites. Plug-and-play, on-grid or hybrid, unfolded and generating in 1-2 days.
Container Families
Solar PV Container
On-grid solar array that folds out from a standard shipping container — no external mounting structure, cabled in and energised on site.
Solar ESS Container
Hybrid solar-plus-storage container with 32–522kWh of onboard battery — runs on-grid or fully islanded, and pairs with a diesel genset to cut runtime and fuel burn.
Built to Move, Not Just to Sit.
Movable
Flexible and easy to move — transferable and reusable up to ten times a year.
Plug & Play
Modular system, easy to install — no specialist civil works on site.
Low Cost
Reduces diesel consumption and the operating costs that come with it.
All-in-One
Panels, racking, inverter and — on ESS units — batteries, integrated in one container.
Expandable
The system can be expanded as required as load or headcount grows.
Renewable
Green, environmentally friendly generation in place of continuous diesel running.
Power for Sites That Don't Have Any.
Against a Traditional Solar Station, and Against Diesel.
Movable Solar Power Container vs. traditional fixed solar station
| Technical index | Movable solar power container | Traditional solar station |
|---|---|---|
| Field deployment time | 1–2 days | 10–15 days |
| Implementation installers | 4–6 persons | 6–10 persons |
| Turnover / repetition rate | Transferable, reusable 10 times a year | Not transferable, fixed use only |
| Installation difficulty | Plug & play | Complex construction procedure |
| Modular portability | Assembly form, modular, easy to install | No portability, fixed position |
| Environmental impact | Readily transferable | Affected by climate and disasters |
200kWp case — solar power container vs. diesel generator
| 200kWp case | Solar power container | Diesel power generator |
|---|---|---|
| Environmental impact | Renewable energy | Contaminant |
| Initial cost | High | Cheap |
| Fuel consumption (year) | 0 | Machine price × 2.5 |
| Maintenance cost (year) | Regular inspection and cleaning | Replacement parts, repairs, refuelling |
| Total cost (2 years) | Cheaper than initial cost | Higher than initial cost |
Pairing a solar power container with an existing diesel generator reduces daytime engine running hours, cutting both CO₂ emissions and operating cost.
8GPF · SC08GP-M-20K / 25K
On-grid PV container, 8GPF format — the smallest and fastest to deploy of the range.
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| Parameter | SC08GP-M-20K | SC08GP-M-25K |
|---|---|---|
| Solar array capacity (Pmax/kWp) | 21.6 | 25.16 |
| Total weight (tons) | 3.8 | 4 |
| Container size (mm) | 2900×2260×2200 | 2900×2260×2200 |
| Power of solar module (W) | 600×36 | 740×34 |
| String inverter (kW) | 18×1 On-grid | 20×1 On-grid |
| Bracket (module/sheet) | 1×36 | 1×34 |
| Total unfolded footprint (L×W×H/m) | 53×2.35×0.6 | 53×2.45×0.6 |
| Occupied area (m²) | 124.55 | 129.85 |
| Complete unfolding time (mins) | 60 | 60 |
| Complete folding time (mins) | 50 | 50 |
| Installation persons | 3–4 | 3–4 |
20HQ · SC20HQ-M-110K / 125K / 135K
On-grid PV container, 20HQ format — the mid-size tier of the range.
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| Parameter | SC20HQ-M-110K | SC20HQ-M-125K | SC20HQ-M-135K |
|---|---|---|---|
| Solar array capacity (Pmax/kWp) | 110.4 | 124.8 / 124.32 | 134.0 / 136.16 |
| Total weight (tons) | 14 | 14.5 | 15 |
| Container size (mm) | 6058×2438×2896 | 6058×2438×2896 | 6058×2438×2896 |
| Power of solar module (W) | 600×184 | 650×192 / 740×168 | 670×200 / 740×184 |
| String inverter (kW) | 100×1 On-grid | 100×1 On-grid | 110×1 On-grid |
| Bracket (module/sheet) | 4×46 | 4×48 / 4×42 | 4×50 / 4×46 |
| Total unfolded footprint (L×W×H/m) | 119×4.7×0.9 | 125×4.7 / 115×5.4×0.9 | 130×4.7 / 120×5.4×0.9 |
| Occupied area (m²) | 559.3 | 588 / 622 | 611 / 648 |
| Complete unfolding time (mins) | 120 | 120 | 120 |
| Complete folding time (mins) | 80 | 80 | 80 |
| Installation persons | 3–4 | 3–4 | 3–4 |
40HQ/40HQP · SC40HQ-M-220K / SC40HQP-M-250K / 270K
On-grid PV container, 40HQ/40HQP format — the largest capacity tier of the range.
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| Parameter | SC40HQ-M-220K | SC40HQP-M-250K | SC40HQP-M-270K |
|---|---|---|---|
| Solar array capacity (Pmax/kWp) | 220.8 | 249.6 / 248.64 | 268.0 / 272.32 |
| Total weight (tons) | 28 | 29 | 30 |
| Container type | 40HQ | 40HQP | 40HQP |
| Container size (mm) | 12192×2438×2896 | 12192×2438×3100 | 12192×2438×3100 |
| Power of solar module (W) | 600×184×2 | 650×192×2 / 740×168×2 | 670×200×2 / 740×184×2 |
| String inverter (kW) | 100×2 On-grid | 100×2 On-grid | 110×2 On-grid |
| Bracket (module/sheet) | 4×46×2 | 4×48×2 / 4×42×2 | 4×50×2 / 4×46×2 |
| Total unfolded footprint (L×W×H/m) | 119×10×0.9 | 125×10 / 115×11×0.9 | 130×10 / 120×11×0.9 |
| Occupied area (m²) | 1190 | 1250 / 1265 | 1300 / 1320 |
| Complete unfolding time (mins) | 180 | 200 | 200 |
| Complete folding time (mins) | 120 | 150 | 150 |
| Installation persons | 3–4 | 3–4 | 3–4 |
8GPF · SC08GP-M-20K30 / 25K60
Hybrid solar + storage container, 8GPF format — on-grid or islanded.
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| Parameter | SC08GP-M-20K30 | SC08GP-M-25K60 |
|---|---|---|
| Solar array capacity (Pmax/kWp) | 20.4 | 23.68 |
| Battery capacity (Pmax/kWh) | 32.0 | 64.0 |
| Total weight (tons) | 4 | 4.5 |
| Container size (mm) | 2900×2260×2200 | 2900×2260×2200 |
| Power of solar module (W) | 600×34 | 740×32 |
| Hybrid inverter (kW) | 16×1 Hybrid | 18×1 Hybrid |
| ESS battery (kWh) | 16×2 | 16×4 |
| Bracket (module/sheet) | 1×34 | 1×32 |
| Total unfolded footprint (L×W×H/m) | 51×2.35×0.6 | 51×2.45×0.6 |
| Occupied area (m²) | 119.85 | 124.95 |
| Complete unfolding time (mins) | 50 | 50 |
| Complete folding time (mins) | 40 | 40 |
| Installation persons | 3–4 | 3–4 |
20HQ · SC20HQ-M-80K260 / 95K260 / 100K260
Hybrid solar + storage container, 20HQ format — 261kWh onboard on every size in this tier.
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| Parameter | SC20HQ-M-80K260 | SC20HQ-M-95K260 | SC20HQ-M-100K260 |
|---|---|---|---|
| Solar array capacity (Pmax/kWp) | 82.8 | 93.6 | 100.5 |
| Battery capacity (Pmax/kWh) | 261.0 | 261.0 | 261.0 |
| Total weight (tons) | 15 | 15.5 | 16 |
| Container size (mm) | 6058×2438×2896 | 6058×2438×2896 | 6058×2438×2896 |
| Power of solar module (W) | 600×138 | 650×144 | 670×150 |
| Hybrid inverter (kW) | 70×1 Hybrid | 80×1 Hybrid | 80×1 Hybrid |
| ESS battery (kWh) | 261×1 | 261×1 | 261×1 |
| Bracket (module/sheet) | 3×46 | 3×48 | 3×50 |
| Total unfolded footprint (L×W×H/m) | 119×3.5×0.9 | 125×3.5×0.9 | 130×3.5×0.9 |
| Occupied area (m²) | 416.5 | 437.5 | 455 |
| Complete unfolding time (mins) | 120 | 120 | 120 |
| Complete folding time (mins) | 80 | 80 | 80 |
| Installation persons | 3–4 | 3–4 | 3–4 |
40HQ/40HQP · SC40HQ-M-190K260 / SC40HQP-M-220K260 / 200K520
Hybrid solar + storage container, 40HQ/40HQP format — up to 522kWh onboard on the highest-capacity unit.
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| Parameter | SC40HQ-M-190K260 | SC40HQP-M-220K260 | SC40HQP-M-200K520 |
|---|---|---|---|
| Solar array capacity (Pmax/kWp) | 193.2 | 218.4 | 201.0 |
| Battery capacity (Pmax/kWh) | 261.0 | 261.0 | 522.0 |
| Total weight (tons) | 30 | 31 | 32 |
| Container type | 40HQ | 40HQP | 40HQP |
| Container size (mm) | 12192×2438×2896 | 12192×2438×3100 | 12192×2438×3100 |
| Power of solar module (W) | 600×322 (184+138) | 650×336 (192+144) | 670×150×2 |
| Hybrid inverter (kW) | 70×2 Hybrid | 80×2 Hybrid | 80×2 Hybrid |
| ESS battery (kWh) | 261×1 | 261×1 | 261×2 |
| Bracket (module/sheet) | 4×46+3×46 | 4×48+3×48 | 3×50×2 |
| Total unfolded footprint (L×W×H/m) | 119×9.5×0.9 | 125×9.5×0.9 | 130×7.5×0.9 |
| Occupied area (m²) | 1130.5 | 1187.5 | 975 |
| Complete unfolding time (mins) | 180 | 200 | 200 |
| Complete folding time (mins) | 120 | 150 | 150 |
| Installation persons | 3–4 | 3–4 | 3–4 |
Truck to Full Operation, in 6 Steps.
Transportation by Truck
Hoisting in Position
Open & Assembly
Unfold Solar PV Array
Cable Installation
Final Operation
Sinopec Microgrid Project
A 20kW solar PV container operating on-grid, connected to external energy storage and integrated with diesel and wind turbine systems to form an oilfield microgrid.
