About This Architecture

Field Work Area (FWA) site network topology integrating solar and battery power with MikroTik routing and Wi-Fi access via L2TP tunnels to HQ. Power flows from Solar Panels and Battery Bank through a Linovision POE-SW804 Switch, which supplies the MikroTik hEX 750 router and Wi-Fi Access Points. The MikroTik CHR at HQ establishes L2TP tunnels with the remote CPE Router and hEX 750, while the Wi-Fi Controller manages access points across the site. This architecture demonstrates resilient off-grid networking for remote field operations, combining renewable energy with carrier-grade routing and centralized management. Fork this diagram to customize power budgets, add redundant tunnels, or scale to multi-site FWA deployments on Diagrams.so.

People also ask

How do you design a network for a remote field work area powered by solar panels with MikroTik routing and VPN tunnels to headquarters?

This FWA topology uses Solar Panels and Battery Bank feeding a Linovision POE-SW804 Switch that powers MikroTik hEX 750 routers and Wi-Fi Access Points. L2TP tunnels connect the remote CPE Router and hEX 750 to the HQ MikroTik CHR, while a Wi-Fi Controller manages site access points for centralized administration.