Tentang Demo Ini

Power Network Tycoon is a physics based power grid simulation game where you build and maintain a high-voltage power network. Build power infrastructure, monitor resources, research upgrades, adapt to environmental challenges, keep up with energy demands and protect your island community!

Start small by placing power generators, substations, and power lines. With greater demand brings resource constraints, safety risks, and exposure to natures challenges. Invest wisely in research, upgrades, and safety measures to ensure a stable and efficient power supply.

Developed by a Power Engineer

The game is a modern take on an often oversimplified genre, now with advanced power grid management and industry-inspired simulation mechanics. It uses advanced physics-based calculations found in industrial electrical design software and challenges you to make decisions that reflect industry best practices, built from the ground up to be easy to learn, but hard to master.

Protect Your Citizens

You'll be responsible for preventing electrical accidents and protecting your citizens. Assess ground potential rise under fault conditions, measure electromagnetic field strengths, and upgrade equipment to minimize the risk of electrical overloading. Failure to prioritize safety could lead to unhappy customers, outages, and worse!

Become An Expert

As the island community grows, your expertise running the Power Grid will be put to the test. You'll have the opportunity to upgrade and expand your network by building new power generators, power lines, substations and supporting infrastructure.

Overcome Challenges

Mother Nature can throw unexpected challenges your way, but as a resilient Engineer, you're always prepared. Storms, heatwaves and other extreme weather events will put your skills to the test. Upgrade your infrastructure, strengthen power lines and monitor the weather to mitigate the impact of these natural disasters. Balancing resilience and costs is crucial as you work to keep the lights on.

Every decision shapes how your network performs under pressure, how your power infrastructure holds up over time, and how your community grows. Plan carefully, think like an engineer, and see if your grid can stand the test.