For operators running thousands of small sites or a handful of big hubs or both, all of it needs to stay running.
Telecom energy is really two problems at once. You've got thousands of small distributed sites, cell towers, remote huts, central offices, each drawing modest power but adding up to a portfolio nobody can track by hand. Then you've got the big switching centers and network hubs pulling heavy, continuous load. And across all of it the network can't go down, so backup power and reliability aren't nice-to-haves, they're the job.
That whole spread is what we manage. The core is procurement, demand-side management, sustainability, and resiliency across every site and hub you run, and then there's the telecom-specific work most advisors aren't set up for. Getting your backup generation and UPS systems right so a grid outage doesn't take the network with it. Microgrids where they make sense for a critical hub. Coincident peak management to pull down the capacity and transmission charges on your heavy sites. Hedging built around load that runs flat and continuous.
Depending on your operations and location, that can include:
Backup generation and uninterruptible power supply (UPS) optimization
Coincident peak management
Strategic hedging alternatives
ESG strategy creation, implementation, and marketing
5's clients here run from regional operators to national and international networks, backed by analysts and advisors who know both network operations and the market.
What does an energy advisor do for a telecom company? An energy advisor manages the electricity and gas across your network, running procurement over distributed sites and major hubs and handling the services that fit continuous, always-on load. 5 works across portfolios that mix thousands of small sites with a few large facilities.
How do telecom operators manage energy across thousands of sites? A distributed network means huge numbers of meters, from cell sites to central offices, each too small to manage alone but large as a portfolio. The workable approach runs procurement across the full portfolio and manages the heavy hubs separately. 5 handles both under one advisory relationship.
What is coincident peak and how does it affect telecom energy costs? Coincident peak is your facility's power use during the grid's highest-demand periods, which many markets use to set capacity and transmission charges for the year. For always-on network load, those charges add up. 5 offers coincident peak management where the load profile allows.
Does 5 work in the markets where our network operates? 5 operates across deregulated markets including ERCOT, PJM, NYISO, ISO-NE, MISO, CAISO, and SPP. Where your sites buy power or gas in a deregulated market, we can run procurement across the portfolio.