When a global brand evaluates an RFP for brand activations or corporate events in LATAM, the conversation usually centers on the venue, the creative content, and the build logistics. It rarely digs into the two systems that hold up absolutely everything else: electrical power and connectivity. And yet a 90-second power outage can destroy a production that took months to plan, knock access-control systems offline, shut down LED screens in front of thousands of attendees, and freeze every cashless transaction. For the Procurement and Sourcing directors managing regional budgets, understanding how an operating partner approaches this invisible infrastructure is a direct indicator of their real regional operational capacity.
Why energy infrastructure in LATAM demands a different approach
Producing in Buenos Aires is not the same as producing in Bogotá, Santiago, or Mexico City. Municipal power grids, temporary-connection regulations, and the availability of industrial generators vary radically from one market to the next. A common mistake in multinational operations is to assume that the electrical sizing of an event in Europe applies directly to LATAM. Operational reality imposes specific conditions:
- Volatility of the public grid: At many LATAM venues —especially outdoor sites or exhibition grounds outside the premium circuits— the municipal grid does not guarantee sustained stability for loads above 200 kVA. This forces you to treat on-site generation as the primary source, not as a backup.
- Fragmented local regulations: Every city has different requirements for temporary connections, generator permits, and electrical safety standards. A partner with on-site execution in multiple countries has already mapped these variables and can anticipate weeks of paperwork that a local-only provider doesn’t even know exists.
- Fuel supply chain: For multi-day events, the logistics of resupplying diesel for generators is an operation within the operation. Without planning autonomy shift by shift, the risk of running dry is real.
Electrical sizing: the engineering that comes before the build
At SOMOS DER, electrical sizing is not an appendix to the production plan: it is the first technical document drawn up after the site visit. The process follows a rigorous sequence that matches the complexity of international productions:
- Load survey by operational zone: Every consumption point is mapped —stages, architectural lighting, catering areas, audio systems, LED screens, access modules, cashless points of sale, production offices, dressing rooms, and VIP areas— with nominal power and a simultaneity factor assigned to each.
- Redundancy calculation (N+1): For critical zones (main stage, access control, ticketing server room), N+1 redundancy applies: if the operation needs a 500 kVA generator, two are deployed. The second comes online in under 8 seconds if the primary drops, via automatic transfer.
- Distribution with independent sectional panels: Each zone runs on its own distribution panel, with its own ground-fault and thermal protection. A short circuit in the food court can never reach the main stage’s audio system. This sectoral architecture is non-negotiable at events with more than 10,000 attendees.
- Real-time monitoring: Consumption meters are installed on each sectional panel, transmitting data to the event’s operations center (the event NOC), so overloads are detected before they trip protections.
Connectivity: the nervous system of the modern operation
A corporate event or festival in 2026 is, in essence, a digital operation deployed in a temporary physical environment. Access-control systems, cashless payment platforms, live broadcasting, attendee engagement apps, and the production team’s internal communication all depend on a network infrastructure that doesn’t exist when the crew arrives on site. It has to be built from scratch.
- Dedicated network vs. public network: Relying on the cellular coverage of mobile carriers is a bet no Sourcing director should accept in an RFP. With 20,000 devices competing for bandwidth within a 500-meter radius, saturation is inevitable. The solution is to deploy a dedicated network with fiber-optic links or point-to-point radio links as the backbone.
- Network segmentation by function: Separate VLANs are configured for critical operations (access, payments, production), for the public (open or registration-based Wi-Fi), and for content providers (streaming). A problem on the public network cannot contaminate the operational network.
- Satellite backup infrastructure: For activations in remote locations or venues with weak telecom infrastructure —a routine situation in regional LATAM productions— satellite connectivity is deployed as a contingency line for transactional and access systems.
- Internal radio coverage: Communication among the production, security, and logistics teams runs on an independent digital radio network (DMR) with its own repeaters, eliminating any dependence on cellular signal for operational coordination.
The real cost of not planning: what doesn’t show up in the initial budget
When a Procurement team compares production-company quotes for a regional event, the line item for electrical and connectivity infrastructure tends to look similar across every budget. The real difference lies in the level of engineering and contingency behind each number. A budget that doesn’t include N+1 redundancy, real-time monitoring, or a segmented data network may look more competitive, but it transfers the risk entirely to the client. And the cost of a failure —a 3-minute blackout in front of 15,000 people with press coverage, or a payment-network collapse that creates 45-minute lines— exponentially outweighs any savings made during the sourcing phase.
What to require in an RFP about critical infrastructure
For the Procurement and Sourcing teams managing brand activations in LATAM, these are the technical questions that should be part of any provider evaluation process:
- What is the proposed electrical distribution architecture, and how are critical zones isolated?
- Does the sizing include N+1 redundancy for mission-critical areas?
- What real-time monitoring system is deployed, and who operates it during the event?
- Does the operation’s connectivity depend on the public cellular network, or is dedicated infrastructure deployed?
- How is the data network segmented between critical operations and the general public?
- Is there a documented contingency plan for a total power loss and a simultaneous loss of connectivity?
- Does the provider have demonstrable experience managing end-to-end critical-infrastructure logistics in multiple LATAM countries?
At SOMOS DER, the invisible infrastructure is where production begins. We operate with our own power and connectivity engineering in Argentina, Spain, and across the region, because we know that the flawless on-site execution the audience sees depends on the systems no one sees but that cannot fail for a single second. When an operating partner masters the invisible, everything visible works.