Flexible Solar Modules Delivered a Day Early for a Concert Canopy in South Korea

EVENT SOLAR PROJECT | SOUTH KOREA

An event equipment supplier in South Korea ordered 32 lightweight 240 W flexible solar modules for a temporary concert canopy against a fixed deadline. The shipment was delivered one day ahead of the requested arrival date, and the customer confirmed a successful installation two weeks later.

Project highlights: the urgent scheduling request of 31 July, the carrier record showing delivery on 11 August, and the completed canopy at the event site.

Project Background

An independent event equipment supplier needed a lightweight generating surface for a temporary canopy structure. Rigid glass modules were not a practical option here: the frame was a demountable aluminium truss that had to be transported, assembled on grass and taken down again after the event. The supplier selected LIONSHEE 240 W flexible modules, which weigh 3.70 kg each and can be fixed directly to the frame members.

The first enquiry arrived on 17 June 2026 for 20 two-module packs. The order was finalised on 4 August 2026 at 16 packs, or 32 modules in total. At 240 W per module that is 7.68 kWp of nominal module capacity across roughly 40 m² of module area. According to the customer, the finished canopy was used at a BIGBANG concert.

1. A Deadline That Set the Whole Project

On 31 July the customer asked for a shipping date and made the constraint explicit: “No time to lose really”, “8/12 should be arrival date”, “To our office”. Everything downstream — frame fabrication, module mounting, cable routing and transport to the venue — depended on that date holding.

The relationship had started six weeks earlier with a straightforward product enquiry. The quantity discussed at that stage was 20 packs; the final order was refined to 16 packs before it was placed.

The 31 July conversation, recording both the urgency and the target arrival date at the customer’s office.

The first enquiry, 17 June 2026, asked about 20 packs. The quantity was revised to 16 packs before the order was confirmed.

2. Order Confirmation and Reinforced Packing

The order was placed on 4 August 2026: 16 packs of two 240 W monocrystalline modules, shipped from China. Each two-module pack measures 1160 × 1100 × 38 mm at 10.25 kg gross, so the consignment moved as 16 flat, slim cartons rather than as a pallet of rigid framed panels.

Because the route was time-sensitive and the cargo was thin laminate, wooden framing was added around the cartons before hand-off to the forwarder. On a deadline-driven event order the risk that matters is not freight cost, it is a damaged panel discovered on the morning of assembly.

Order record dated 4 August 2026: 16 packs at two 240 W modules per pack, 32 modules in total. Commercial values and buyer details are redacted.

Wooden framing added around the cartons: “We added wooden frames to strengthen the packaging to protect the goods during shipping.”

3. Delivered One Day Ahead of the Requested Date

The customer asked for arrival on 12 August. The carrier record shows the consignment in preparation at Incheon on 10 August and delivery completed at 09:55:03 local time on 11 August — one full day ahead of the requested date.

Carrier tracking: delivery completed 2026-08-11 at 09:55:03 local time. Waybill number and carrier name are redacted.

On 12 August the customer confirmed receipt the previous day and sent a photograph of the frame being prepared.

For event supply a delivery date is not a logistics metric that can be traded away for a cheaper freight rate. It sets the first day the installation team can start work, and on this project it also decided whether the cargo moved before or after a weather window closed.

4. Frame Preparation and Test Assembly

The supplier built the canopy at its own premises first. Four modules were fixed to a lightweight aluminium frame, cables were routed along the frame members and the MC4 connections were made up before the structure was scaled to full size. On 17 August the customer confirmed that installation had been completed successfully.

Underside of the test assembly: the modules are carried across the frame itself, with no rigid rack behind them.

Top view of the test assembly at the supplier’s premises, showing module layout and cable routing before the frame was scaled up.

“Install was successful thanks for your effort” — the customer’s message of 17 August, sent with photographs of the assembled structure.

5. The Canopy at the Concert Site

The full-size structure was then moved to the venue and set up on the field: an aluminium truss frame carrying a grid of flexible modules on the roof, with tensioned fabric side panels. The completed stand was used for a solar charging and bike race activity, signed in both Korean and English.

The completed canopy at the venue in South Korea, with the module grid carried on the roof of the truss frame.

The finished stand in use, signed “Solar Charging and Bike Race”. The portable power stations and folding panels visible at ground level were supplied by the customer and are not LIONSHEE equipment.

Customer feedback sent with the site photographs, describing the application of the completed canopy.

Project Record

Why Flexible Modules Suit Temporary Event Structures

A temporary event structure has a different set of constraints from a permanent roof. It is carried to site, assembled by hand, stands for a few days and comes down again. That changes which module properties matter.

• At 3.70 kg and 2.5 mm, a module can be fixed straight to the truss without a mounting rail system carrying its weight.

• A 1150 × 1090 mm module tiles a wide canopy roof in a regular grid instead of forcing the frame to match a panel size.

• Thin laminates ship as flat cartons, which is what allows a 32-module order to move by air freight on a one-week timeline.

• Pre-fitted 50 cm cables with MC4 connectors keep field wiring to plugging modules together along the frame.

• Reinforced packing and a delivery date that holds protect the one thing an event cannot recover: the assembly window.

The Module Used on This Project: LS-SP240

All 32 modules on this project were the LIONSHEE LS-SP240 flexible panel. The figures below are from the current LS-SP240 datasheet revision.

The LIONSHEE LS-SP240 flexible panel supplied for this project: 240 W, 3.70 kg, 2.5 mm thick, with 50 cm output cables and MC4 connectors. Product image.

Beyond flexible panels, LIONSHEE supplies balcony solar kits, microinverters, Smart Solar Hubs and modular LiFePO4 storage, so generation, energy management and battery capacity can be matched in one specification.

All customer messages and photographs in this article are published with the customer’s permission; buyer identity, commercial values and waybill details have been redacted. Customer quotations are reproduced as written. Module specifications are taken from the current LS-SP240 datasheet revision.