GCL SI Shows Relocatable Solar Storage in Indonesia

GCL SI is using Oil & Gas Indonesia 2026 to push a relocatable solar-plus-storage platform aimed at cutting diesel use at remote oil, gas and mining sites, a pitch that matters as operators look to trim fuel logistics, emissions and generator runtime without sacrificing power reliability.
The company said EcoPower Mate can be deployed in container-compatible form and moved as projects shift, a practical advantage for exploration camps, temporary worksites, construction bases and other load centers that often sit far from the grid. GCL SI is showing the system Sept. 9-12 at Jakarta International Expo, with Booth 6521 in Hall 3.
For investors, the key point is not the exhibition itself but the addressable market. Remote industrial power is a stubborn cost center for energy and mining operators, where diesel generators bring fuel transport, maintenance and local emissions issues. A mobile solar system that can be integrated with battery storage and existing generators gives customers a way to lower operating expense while keeping backup capacity in place.
GCL SI said the wheeled WG20-A model uses 96 photovoltaic modules and delivers 46.56 kWp of installed capacity, while a rail-mounted version is aimed at larger or longer-duration projects. The company is also pitching hybrid configurations that combine solar generation, battery storage and diesel backup through an energy management system designed to reduce generator runtime.
The Indonesia show is as much about business development as product marketing. GCL SI said it plans to meet with mining companies, EPC contractors, oilfield service providers, equipment rental firms, distributors and local technical partners to tailor systems to site terrain, project duration and relocation needs. That suggests the company is trying to build a service-and-integration footprint, not just sell hardware.
The broader backdrop is a power market still dominated by diesel in off-grid industrial operations, even as customers increasingly seek lower-emission and lower-fuel alternatives. For GCL SI, success in Indonesia would help validate EcoPower Mate as a repeatable product for Asia-Pacific resource projects, while for local operators it could mean less exposure to fuel price swings and supply-chain disruption.
The near-term catalyst is whether the demo converts into pilot deployments or channel partnerships after the Jakarta event. If it does, the system could become part of a wider push by industrial customers to hybridize remote power systems rather than replace them outright.
| Entity | Gains | Losses |
|---|---|---|
| GCL SI | ▲Visibility and pilot leads | ▼Pressure to prove execution |
| Remote oil and gas operators | ▲Lower diesel dependence | ▼Upfront integration work |
| Mining contractors and EPCs | ▲Flexible off-grid power option | ▼More vendor management |
| Diesel generator suppliers | ▲None | ▼Potential runtime loss |