Energy generation, transmission, and distribution are constantly undergoing modern evolutionary transformations, to cope with the huge demands associated with the global population increase. At 3 Way Protocol Limited, we are committed to building and delivering live fiber-based Ultrafast and Superfast networks, which are secure, reliable, and scalable, hence supporting all digitalised aspects of these forms of energy sources:
- Renewable Energy Source
- Solar energy from the sun
- Wind energy
- Geothermal energy from the heat inside the earth
- Hydropower from flowing water
- Ocean energy is in the form of a wave, tidal, current energy, and ocean thermal energy.
- Biomass from plants
- Non-renewable Energy Source
- Petroleum
- Hydrocarbon gas liquids
- Natural gas
- Coal
- Nuclear energy
Technically, our live GPON and PON models will support all digitalised equipment used within this industry and address the following needs:
- Energy Data Management,
- Energy Conservation,
- Monitoring of solar PV panel temperatures,
- Optical link between fibers and FIMTs (Fiber in Metal Tube)– Single Layer FIMT, Polymer Layered FIMT, Universal Cable, Triple Stranded Tube, Structural Health Monitoring (SHM) in all hydroelectric power dams,
- Distributed Acoustic Sensing (DAS) and Distributed Temperature Sensing (DTS), commonly used to measure temperature, pressure, and strain,
- DTS installation in nuclear reactors,
- Use of special resistance fibers to decrease Radiation Induced Attenuation (RIA), within a nuclear reactor,
- Installation of Optical Power Ground Wire (OPGW), within a power distribution tower,
- Installation of All-Dielectric Self-Supporting (ADSS) fiber optic cable underneath power conductors,
- Manage real-time data connection, sharing, processing, analysis, with flexible and scalable IT infrastructure,
- Install equipment that could withstand harsh environments, such as electromagnetic interference, extreme temperatures, weather conditions, and hazardous locations
- Reduced fractional weights and space,
- Flexibility,
- Reduced error, improved quality, and efficiency, etc.