Case Studies | Flexible solar in a box

The case studies below show two SUNBOXT installations. The workings show the average solar power creation the pods make throughout their typical year.

1) Australia

Normal site hours 06:00 Am to 06:00 PM, average day use 350kWh

1775 kWh annual solar production per kWp in Perth Australia

Impact of Solar Energy

2x All In One containers covers 91% of the energy needs in an annual perspective.

Cost of Energy

The solar system produces electricity at an average cost of 0,06 EUR/kWh versus fossil fuel generated electricity at 0,69EUR/kWh.

Fuel usage and CO2 reductions

Annual fuel savings 39.000 liters Annual CO2 emission savings 105 tons

2) UK / Denmark

Normal site hours 06:00 Am to 06:00 PM, average day use 350kWh

980 kWh annual solar production per kWp in UK/Denmark

Impact of Solar Energy

2x All In One containers covers 58% of the energy needs in an annual perspective.

Cost of Energy

The solar system produces electricity at an average cost of 0,07 EUR/kWh versus fossil fuel generated electricity at 0,69EUR/kWh.

Fuel usage and CO2 reductions

Annual fuel savings 28.000 liters Annual CO2 emission savings 75 tons.

SUNBOXT SYSTEMS can provide a solution anywhere

We can organise the SUNBOXT container pods to be delivered to and collected from any location, and can be relocated using any standard truck with container lifting capability or onsite forklift or crane facility.

Quick deployment & Relocation

The container's solar-based power generation array can be set up or repacked by a team of three people in as little as three hours. Its simple mechanics and plug-and-play structure require no special skills for deployment.

Extreme Weather Protection

The solar arrays can take a significant amount of heavy weather conditions, but in very high-winds it can easily be retracted within 30 minutes. If things get extreme, the entire container can be packed up and ready to load on a truck for re-location in 3 hours.

New Levels of Flexibilty

The containers can operate independently or integrate with existing power infrastructure, including grid connections and diesel generators.

Silent and Greener Energy Supply

The system's main purpose is to reduce reliance on costly fossil fuels, providing a quieter, greener, more stable, and sustainable power source.

Unlimited Scalability and Usability

Multiple containers can be interconnected to meet specific power requirements and address local challenges.

The All-in-one Swiss Army Knife of Clean Energy Infrastructure

FEATURES :

Provides general electricity supply on-site, including EV charging
Operates independently (100% off-grid)
Compatible with backup diesel generators
Integrates with the electrical grid (if available)
Functions with a weak electrical grid as a UPS (Uninterruptible Power Supply)
Scalable to operate in a cluster of up to 6 All-In-One containers for larger output requirements

Single 10ft Container Specification:

48kWp Solar array
70kWh onboard battery
40kW Output power 230/400VAC
40kW charge power (to onboard battery from solar, grid or generator)
Connection for electric grid (if available)
Connection and control for Diesel generator
Intelligent energy management system

6 x Units Cluster Specification:

288 kWp Solar array
420 kWh onboard battery capacity
240 kW Output power 230/400VAC
240 kW charge power (to onboard battery
from solar, grid or generator)
Connection for electric grid (if present)
Connection and control for Diesel generator
Intelligent energy management system