The annual show known as The Big Game is considered one of the biggest sporting events on the planet. However, one of the finals went down in history for reasons that had nothing to do with the score. After a spectacular halftime performance, an “anomaly” in the power system triggered an automatic shutdown, and the 73,000-seat stadium went dark. The delay lasted 34 minutes, and the game earned the unofficial nickname “Blackout Bowl.” The incident laid bare a problem organizers prefer to keep behind the scenes: a power failure simultaneously undermines safety, broadcast operations, and revenue.
The “Blackout Bowl” case was not unique. A World Cup match between Argentina and Brazil had to be called off entirely due to a power grid failure. More than 25,000 fans went home without seeing the game. Both episodes point to a systemic vulnerability: even world-class venues still depend on a single point of failure in their power supply.
When the lights go out, the consequences affect every square meter of the stadium. Escalators stop, payment terminals stop working, concession stands close, and security and wayfinding systems lose functionality. For spectators who paid for a ticket, this means frustration and the sense that the evening has been wasted.
The reputational damage for organizers in such situations is hard to overstate. A fan who couldn’t pay by card for a drink or got stuck in the stands because an escalator wasn’t working will remember that experience—not the score.
Blackouts don’t affect only American football games—no sport played in a stadium is immune to such an unpleasant event. For example, in 2017, during a cricket match between India and Australia at Melbourne Stadium, there was a broadcast disruption caused by technical faults linked to power problems at a key facility. In India’s sports-betting scene, the incident is often cited as a notable case.
For bettors, a stadium blackout can become the biggest problem, because when the power goes out, the Wi‑Fi often goes with it. Not only online casino websites, but also mobile betting apps require internet access to work. This is especially relevant for long-format matches like cricket, which can run for many hours. According to statistics from well-known bookmakers Pin-Up, Parimatch, and Melbet, cricket betting is seeing its biggest surge in popularity. And this automatically raises the requirements for the quality of the internet connection in crowded fan areas.
The authors at site pinupcricketbetting.com, writing about the cricket betting mobile app from the online casino Pin-Up, point to a key detail—the internet must be stable. The fact is that in the event of a sudden connection drop, a player may lose a bet and may end up spending a long time sorting it out with customer support at the very least. However, for match organizers, blackouts have far more serious financial consequences.
The financial fallout extends far beyond the stadium itself. TV ratings for that ill-fated final were lower than the figures for the previous two years. Advertisers who invested in the broadcast didn’t get the return they expected. For the host country, the losses were even more visible: the canceled World Cup match deprived Japan of additional revenue from ticket sales, food, drinks, and ancillary services, cutting the tournament’s overall margin. The disruption ripples through the entire value chain, from clubs and sponsors to the city’s economy.
The cost of a 60-second ad spot during The Big Game reaches $10 million. According to research in sports management, 80% of fans bought at least one hot dog at the stadium over the past year, and profit margins on drinks at venues can reach 90%. Even a brief blackout with figures like these turns into a significant hit to revenue.
Most venues still rely on diesel generators as their primary backup power source. However, this solution has accumulated an impressive list of vulnerabilities:
Against the backdrop of falling costs for solar PV (photovoltaic panels), solar generation is becoming a competitive replacement for traditional sources. Paired with a Battery Energy Storage System (BESS), it becomes a full-fledged reliability solution. Practical effects include peak shaving, lower electricity costs, creating a reserve in case of an emergency, and, most importantly, instant start-up, unlike diesel generators.
Vena Zhou, CEO of TROES Corp, a company specializing in energy storage, noted: “As fans return to venues, energy storage is becoming the key to the stability of the sports and entertainment business. It not only reduces the risk of outages, but also helps teams advance their sustainability goals.”
Dutch club AFC Ajax installed an energy storage system at its stadium back in 2018, becoming one of the pioneers of BESS adoption in professional sports.
The claimed benefits are impressive: the venue receives a significant amount of power even during an emergency and at the same time contributes to the stability of the national power grid. The club’s innovation director, Henk van Raanu, confirmed: “The venue is supplied with significant power even during an outage. As a result, the stadium will contribute to the stability of the Netherlands’ power system.”
Rising attendance and packed tournament schedules after the pandemic are creating increased strain on venues’ energy infrastructure. Lighting, security systems, payment terminals, media equipment, and spectator services require uninterrupted power every second of the game. A power outage stops being just a technical nuisance and becomes a factor that affects a venue’s competitiveness and financial performance.
