Siapkan energi di lokasi pangkalan

Operasi Industri Jarak Jauh
Pindahkan daya yang tersimpan ke tambang, pelabuhan, pekarangan, dan area operasi di mana infrastruktur permanen sulit dijangkau.
Diskusikan proyekTempatkan pengisian daya lebih dekat dengan kendaraan di tambang, pelabuhan, dan pekarangan.
Sistem energi seluler dapat mengikuti perubahan zona kerja dan mendukung peralatan tertentu tanpa mengikat setiap beban ke tempat pengisian daya tetap atau titik listrik permanen.
- Lokasi penambangan dan penggalian
- Pelabuhan dan tempat logistik
- Pemeliharaan jarak jauh
- Zona operasi sementara
Contoh pengisian daya industri jarak jauh


Rencanakan transportasi, pembebanan bea, dan pengisian ulang di tempat.
Mengangkut atau mengubah posisi sistem
Terhubung di zona kerja jarak jauh
Pantau debit dan kapasitas yang tersisa
Informasi situs jarak jauh diperlukan untuk kutipan
- Rute transportasi
- Kondisi debu dan suhu
- Memuat siklus tugas
- Metode isi ulang di tempat
Size the application before selecting equipment.
Use these questions to prepare a technically useful quotation request.
What information is needed to plan remote operations?
Start with transport route, dust and temperature conditions, load duty cycle, on-site recharge method. These inputs determine the required power, usable energy, recharge window, interface and operating method before a model is proposed.
Which MAINERAY-selected equipment can support this application?
Z200120, G1000480, G2V Series are the initial equipment families to review. The final choice depends on the vehicle or load, available input, required runtime, transport route and destination-market requirements.
How are power, energy and recharge time sized?
Power in kW must cover the highest simultaneous load, while usable energy in kWh must cover the operating period. Recharge input and the available recharge window are then checked so the system can repeat the required duty cycle.