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Solid-State Energy Systems Across Power Scales

Scalable Solid-State Electrodynamic Architecture

VENDOR offers two product lines engineered for different power scales while sharing the same electrodynamic architecture. VENDOR.Zero delivers low-voltage DC power for IoT and edge devices. VENDOR.Max supports kilowatt-scale power operation for infrastructure and critical systems. Both systems are designed to operate without fuel-based logistics and without reliance on battery-centric energy storage, reducing maintenance requirements compared to diesel generators and battery-dependent solutions.

TRL 5–6 development stage | PCT Patent WO2024209235 | 1000+ hours of controlled operational testing | Pilot programs in preparation

TRL 5–6 Development Stage

Notice: All products shown on this page represent prototype-stage development (TRL 5–6). Final product specifications, enclosure designs, and performance characteristics remain subject to refinement as certification testing and engineering validation progress. Visual representations are conceptual renders based on current prototype configurations. Actual shipping products may differ as designs evolve through thermal optimization, regulatory certification requirements, and field validation. Historical prototype evolution is available on this site.

Two Product Lines, Modular Configurations

Both products are built on the same fundamental electrodynamic architecture, based on controlled atmospheric ionization as a working medium and impulse-phase discharge processes within an open system. The difference lies in output scaling and power electronics configuration, not in the underlying physical principles. This shared architecture enables manufacturing efficiency and systematic knowledge transfer across product lines.

Comparison: IoT vs. Infrastructure Solid-State Power Systems

Two products. One core architecture. From milliwatts to kilowatts — based on controlled atmospheric ionization as a working medium.

IoT Scale
VENDOR.Zero
Designed for unattended long-term operation
Infrastructure
VENDOR.Max
Kilowatt-scale operation without fuel logistics
PWRPower Output
3.3V, 5V, 12V DC
10 mW – 50 W range
2.4 kW per segment
Scalable to 24+ kW
SIZEForm Factor
Compact modular design
Lightweight, portable
Professional enclosure
Modular clusters (2–10+ modules)
TEMPOperating Temperature
-40°C to +50°C
-50°C to +50°C
LIFEDesign Lifespan
20+ years
No chemical degradation
25+ years
Industrial-grade construction
MAINTMaintenance
No routine servicing
Under normal operating conditions
Minimal
No fuel handling, no batteries
USEApplications
Smart sensors, IoT networks
Environmental monitoring
Edge AI devices
Telecom towers
Defense installations
Critical infrastructure
SETUPDeployment
Install once
No routine maintenance required
Professional installation
Technical support included
TRLCurrent Status
TRL 5–6
Targeting TRL 7 (planned)
TRL 5–6
TRL 7–8 roadmap (planned)

VENDOR.Zero:
Solid-State Power for IoT & Edge

Designed for long-term unattended operation

VENDOR – Products - Solid State Energy Generators – Clean Tech Innovation

VENDOR.Zero — Micro-Scale Solid-State Power

VENDOR.Zero is designed for applications where battery replacement is expensive, impractical, or operationally constrained. It delivers regulated low-voltage DC power for sensors, controllers, edge AI devices, and remote monitoring systems, operating within a controlled electrodynamic regime.

VENDOR.Zero Technical Specifications

  • Output: 3.3 V, 5 V, 12 V DC (configurable)
  • Power Range: 10 mW to 50 W (configuration-dependent)
  • Form Factor: Compact modular design
  • Operating Temperature: -40°C to +50°C
  • Lifespan: 20+ year design target (no chemical degradation associated with batteries)
  • Maintenance: No scheduled preventive maintenance under normal operating conditions
  • Technology Readiness Level: TRL 5–6 (pilot-stage prototypes), TRL 7 progression planned

Key Characteristics

Low-voltage power delivery Sensor-grade stable output suitable for long-term deployments. IoT-scale operation Optimized for distributed sensor networks and dense node architectures. Embedded systems compatibility Interfaces with standard control electronics and existing device platforms. Environmental resilience Designed for operation in extreme temperature ranges and outdoor environments.

Representative Applications

  • Smart Building Sensors: Temperature, occupancy, and air-quality monitoring
  • Environmental Monitoring: Remote weather stations and pollution sensors
  • Industrial IoT: Asset tracking and predictive maintenance sensors
  • Agricultural Monitoring: Soil, moisture, and climate sensors
  • Edge AI Devices: Distributed intelligence nodes
Economic Considerations: In large-scale deployments involving thousands of sensor nodes, VENDOR.Zero can significantly reduce service logistics associated with periodic battery replacement. Internal total-cost-of-ownership (TCO) models indicate potential reductions of up to approximately 90% in dense deployments, relative to typical 2–5 year battery replacement cycles (indicative replacement cost: €50–200 per node). Actual results depend on deployment conditions.

All specifications reflect current prototype-stage designs (TRL 5–6) and may be refined as certification testing and field validation progress.

Applications

VENDOR.Max:
Kilowatt-Scale Solid-State Power Systems

Kilowatt-Scale Solid-State Power for Infrastructure Applications

VENDOR – Products - Solid State Energy Generators – Clean Tech Innovation

VENDOR.Max — Infrastructure-Scale Solid-State Power Systems

VENDOR.Max is engineered for applications requiring sustained kilowatt-level power operation in infrastructure environments, including telecom towers, defense installations, microgrids, and critical facilities. The system implements a solid-state power architecture with reduced reliance on external consumables and centralized energy supply chains, lowering operational complexity compared to conventional fuel- and battery-intensive solutions.

VENDOR.Max Infrastructure Power Specifications

  • Output: 2.4 kW per segment (scalable to 24+ kW via modular clustering)
  • Configuration: Modular clusters (2–10+ modules)
  • Voltage: AC output via integrated inverter
  • Form Factor: Professional-grade enclosure and rack-based system
  • Operating Temperature: -50°C to +50°C
  • Lifespan: 25+ year design target (industrial-grade construction)
  • Maintenance: Minimal, with no routine fuel handling and no periodic battery replacement cycles
  • Technology Readiness Level: TRL 5–6 (field pilot deployments in preparation), TRL 7–8 progression planned
Key Features
VENDOR.Max infrastructure-grade capabilities
KW
Kilowatt-scale power operation
Infrastructure-grade power delivery for sustained loads.
MOD
Modular power scaling
Modules can be added as load requirements increase.
24/7
Infrastructure-grade reliability
Designed for continuous operation under infrastructure conditions.
NET
Cluster operation capability
Multi-module load distribution with redundancy support.

Ideal Applications

  • Telecom Tower Infrastructure: Remote base stations, last-mile connectivity
  • Defense & Government: Forward operating bases, border stations, and critical facilities
  • Microgrid Anchor Nodes: Community resilience, off-grid villages, and islanded grids
  • Critical Infrastructure Backup: Data centers, emergency services, and hospitals
  • Emergency Response Systems: Disaster relief operations and temporary installations
  • Electric Vehicle Charging Infrastructure: Remote charging stations, depot charging, fleet electrification in grid-constrained locations
  • Edge Data Centers & DePIN Nodes: Distributed compute infrastructure, decentralized physical networks, and edge processing hubs

Economic Considerations: For a typical remote telecom tower with a continuous load of 3–5 kW, VENDOR.Max can materially reduce operational expenditure associated with energy supply, servicing, and logistics complexity in remote deployment scenarios, based on internal modelling. The system minimizes reliance on recurrent fuel delivery and associated service operations; however, standard physical site security measures remain required. Estimated operational cost reductions in such scenarios may reach approximately 60–80%, depending on site conditions, utilization profile, and existing service contracts.

All specifications reflect current prototype-stage designs (TRL 5–6) and may be refined as certification testing and field validation progress.
Applications

Explore Your Configuration

Modular Scalability

Scale power delivery from milliwatts to kilowatts by deploying units individually or in parallel clusters. Distributed architecture supports redundancy and fault-tolerant operation.

VENDOR.Zero
IoT & Edge Scaling
1x Single Module
10mW - 50W
Individual sensor or edge node
10x Small Cluster
100mW - 500W
Building floor deployment
100x Large Network
1 - 5kW
Campus-wide sensor and edge mesh
VENDOR.Max
Infrastructure Scaling
1x Single Segment
2.4kW
Base infrastructure power segment
4x Medium Cluster
~10kW
Typical telecom or facility deployment
10x Large Array
24+ kW
Critical infrastructure deployment
Distributed, Fault-Tolerant Topology

If one module experiences an issue, others continue operating. This distributed architecture supports redundancy and graceful degradation, reducing single-point dependency.

Silent Pitch Room

Core Solid-State Atmospheric Ionization Architecture

Shared Core Architecture

Both VENDOR.Zero and VENDOR.Max are built on the same core architecture — atmospheric ionization as a controlled working medium and impulse-phase discharge conversion. Five key advantages define this approach.

FUEL
No Fuel Dependency

Zero fuel logistics, no supply chain vulnerability, no theft risk

100% autonomous operation
No diesel, no hydrogen, no external consumables
SOLID
No Battery Degradation

Solid-state architecture avoids chemical degradation cycles typical of batteries

No capacity fade over time
No replacement cycles every 3-5 years
MAINT
Minimal Maintenance

No moving parts, no oil changes, no scheduled servicing

Zero routine maintenance for Zero
Minimal checks for Max
TEMP
Environmental Resilience

Extreme temperature operation, no weather dependency

Zero: -40°C to +50°C
Max: -50°C to +50°C
LIFE
Long Operational Life

Design lifespan exceeds traditional generators and batteries

Zero: 20+ years target
Max: 25+ years industrial grade

Architectural Principle: Both products share the same core architecture — atmospheric ionization as a controlled working medium and impulse-phase discharge conversion. The difference is output scaling and power electronics configuration, not core physics. This shared architecture enables manufacturing efficiency and cross-product learning.

Select the Appropriate Product by Application

Select the Appropriate VENDOR Product by Application

Match your application scenario to the appropriate product. Both share the same core architecture, optimized for different power scales.

Application Requirement Recommended Product
IoT sensors, remote monitoring, edge devices VENDOR.Zero
Telecom towers and base station infrastructure VENDOR.Max
Defense and government installations, tactical power VENDOR.Max
Smart building sensors and environmental monitoring VENDOR.Zero
Off-grid community power systems and microgrids VENDOR.Max
Distributed sensor networks (100+ nodes) VENDOR.Zero
Critical infrastructure backup and resilience systems VENDOR.Max
Zero Low-voltage DC • IoT & Edge • 10mW–50W
Max Infrastructure Power • 2.4–24+ kW • Modular Clusters

Need assistance selecting the appropriate configuration? Contact our technical team for application assessment and pilot program planning. We support requirement analysis and configuration definition based on your deployment scenario.

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