Modular energy systems and solutions for critical infrastructure.
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Modular Energy Infrastructure Solutions
Nex1’s modular infrastructure solutions combine configurable building blocks for power generation, gas conditioning, and cooling to deliver scalable, reliable energy plants.
Solutions
Behind-the-Meter Power Plants
ON and NEVER off.
Behind-the-meter power systems deliver reliable, around-the-clock energy for facilities where uptime is non-negotiable.
- Guarantee 24/7 reliability – stable power without dependence on grid availability
- Support mission-critical loads – keeping IT, manufacturing, and essential processes running nonstop
- Optimize efficiency – integrate combined heat & power (CHP), cooling, or renewables to lower operating costs
- Enable scalability – modular designs grow with load requirements
- Advance sustainability – run on natural gas, hydrogen blends, or renewable fuels for reduced emissions
Critical Backup Power Plants
ON when GRID is OFF.
Backup power systems ensure that critical facilities never go dark.
- Prevents downtime – keeps servers, equipment, and operations online during outages
- Protects safety & reliability – supports life-safety systems, healthcare equipment, and essential services
- Meets compliance – aligns with industry and regulatory requirements for emergency power
- Provides flexibility – available in diesel, natural gas, hydrogen, or hybrid solutions
- Builds confidence – guarantees business continuity when the grid is unavailable
Combined Heat & Power Plants
Combined Heat & Power Plants
Always ON delivering multi forms of energy.
CHP systems generate electricity and capture usable heat from the same fuel source, providing a highly efficient and cost-effective energy solution.
- Greater efficiency – achieve up to 80% total energy utilization vs. 40–50% from separate systems
- Lower costs – reduce fuel consumption and energy expenses with one integrated solution
- Reliable power & heat – ensure uninterrupted electricity, heating, cooling, or process steam
- Sustainability – cut emissions and support decarbonization with natural gas, biogas, or hydrogen fuels
- Resiliency – maintain critical operations even when the grid is unstable
Bridge-to-Grid Power Plants
DR/Grid Resiliency Power plants
Combined Heat & Power Plants
NO GRID. NO PROBLEM.
Bridge-to Grid Power solutions provide facilities with immediate, reliable power while waiting for utility grid connections or upgrades.
- Accelerate timelines – power operations without grid delays
- Ensure resiliency – protect against outages and downtime
- Scale easily – modular systems grow with demand
- Support sustainability – operate on liquid fuel, natural gas, hydrogen, or renewables
- Seamlessly transition – shift to backup or supplemental power once grid service is ready
DR/Grid Resiliency Power plants
DR/Grid Resiliency Power plants
DR/Grid Resiliency Power plants
Always ON when GRID is not.
Grid resiliency solutions safeguard critical operations from power disruptions by providing on-site, reliable energy that complements or backs up the utility grid.
- Protect uptime – eliminate costly downtime from outages or grid instability
- Ensure reliability – provide continuous power during extreme weather, cyber threats, or infrastructure failures
- Enable flexibility – support peak shaving, load management, and renewable integration
- Reduce risk – stabilize energy supply in uncertain grid environments
- Support sustainability – leverage clean fuels and advanced technologies for lower emissions
Temporary Power Plants
DR/Grid Resiliency Power plants
DR/Grid Resiliency Power plants
ON when it's not available (yet).
Temporary power systems provide reliable, short-term energy wherever and whenever it’s needed.
- Enable rapid deployment – immediate power for emergencies or grid delays
- Support critical operations – keep IT, healthcare, and production running during outages
- Facilitate projects – power construction, commissioning, and maintenance activities
- Scale flexibly – modular systems adapt to load requirements
- Offer cleaner options – natural gas, hydrogen, and renewable fuels reduce environmental impact
Natural Gas Infrastructure
Natural Gas Infrastructure
Natural Gas Infrastructure
Gas Delivered so the Power Stays ON.
Gas infrastructure solutions prepare, control, and deliver fuel gas for power generation, industrial processes, and critical energy applications.
- Ensure reliable fuel supply – maintain consistent pressure, flow, and gas quality for downstream equipment.
- Protect critical assets – remove liquids, particulates, and contaminants before they reach engines, turbines, or process systems.
- Improve system performance – optimized gas conditioning supports efficient combustion and stable operations.
- Scale with project demand – modular gas trains and conditioning systems expand alongside infrastructure needs.
- Maintain uptime – integrated controls, redundancy, and monitoring help ensure continuous operation.
Cooling Plants
Natural Gas Infrastructure
Natural Gas Infrastructure
ON and keeping it cool.
Cooling plants deliver efficient chilled water and cooling capacity for mission-critical and industrial applications.
- Ensure reliable temperature control – maintain stable conditions for IT, healthcare, and industrial processes.
- Reduce operating costs – high-efficiency chillers and systems lower energy consumption.
- Scale with facility growth – modular capacity expands alongside demand.
- Support sustainability – use low-GWP refrigerants and renewable-driven cooling.
- Maintain uptime – critical cooling redundancy ensures business continuity.
Central Utility Plants
Natural Gas Infrastructure
Central Utility Plants
Always ON and delivering energy.
Central utility plants provide integrated power, cooling, heating, and other utilities from a single hub.
- Optimize efficiency – shared infrastructure reduces duplication of systems.
- Reduce operating costs – centralized operations lower fuel and maintenance expenses.
- Improve reliability – one hub manages all energy and utility services.
- Enable integration – CHP, renewables, and storage can be layered in seamlessly.
- Scale flexibly – plants expand to meet new buildings or site expansion.