NHE Tech designs and integrates digital water, smart energy, and critical utility infrastructure. Combining engineering, automation, best-in-class digital platforms, field implementation, and international technologies, we deliver comprehensive infrastructure solutions — from feasibility and design through commissioning and long-term lifecycle support.
Metering, telemetry, SCADA, GIS, hydraulic models, and analytics assembled into one operating environment for a water utility.
Protection, substation and distribution automation, storage, microgrids, secure OT communications, and grid analytics.
Feasibility, design, technology selection, procurement guidance, installation, commissioning, training, and lifecycle support.
We connect physical infrastructure with digital operational intelligence, from water production and distribution to individual consumption
The objective is not simply to collect more data but to convert real-time operational insights into practical intelligence that helps utilities identify losses, detect problems earlier, improve energy efficiency, prioritize maintenance, and make better infrastructure investment decisions.
Field equipment and real-time data, integrated into a unified digital environment, give operators visibility across production, treatment, storage, distribution, and consumption — a clear path to reducing losses, improving energy efficiency, prioritizing maintenance, and strengthening service reliability.
Physical assets stay physical — what changes is how much the operator can see.
Advanced metering architectures, automated consumption-data collection, and centralized meter-data management for improved network and customer visibility.
Fully remote, real-time collection and transmission of operational data across the entire distributed water infrastructure.
Continuous monitoring and visibility of hydraulic conditions to improve pressure control, network performance, and operational decision-making.
Data-driven identification of abnormal consumption, leakage, metering issues, and other potential sources of non-revenue water.
Integration of solutions for pressure, flow, level, water quality, equipment condition, reservoir, pump performance, and other network instrumentation..
Centralized monitoring, real-time alarms, remote supervision, and full control of all distributed assets across the infrastructure.
Creation and improvement of georeferenced infrastructure records using existing documentation, surveys, asset metrics, and subsurface scanning.
Virtual representation and simulation of network behavior to support pressure and flow analysis, vulnerability assessment, scenario planning, maintenance, and test-driven investment decisions.
Dashboards and AI-enhanced analytics for demand forecasting, asset-condition monitoring, predictive maintenance, investment planning, and operational performance management.
Tailored operational strategies that reduce pumping energy while maintaining service requirements and reducing disruptions.
NHE is a technology-independent system integrator. We combine best-in-class international technologies with local engineering, installation, system integration, commissioning, employee training, and long-term technical support.
Greater visibility and control across the entire utility network.
Bulk and customer level
Per DMA, continuous
Storage and balance
Runtime and performance
Inline instrumentation
Pattern-based detection
Maintenance prioritization
Per m³ delivered
Real-time escalation
Incomplete or outdated infrastructure records can limit planning, increase project risk, and complicate maintenance.
NHE Tech integrates subsurface scanning and geospatial survey technologies to identify and digitize buried water, sewer, gas, district heating, electricity, and telecommunications infrastructure. Georeferenced data is then combined with GIS, asset records, hydraulic models, and live operational insights — a more accurate digital foundation for engineering, maintenance, network development, and budgeting.
Locating and classifying buried assets across overlapping utility systems.
Survey-grade records that replace fragmented drawings and institutional memory.
Depth, routing, and clash information usable by engineering and contractors.
Renewal scoping based on real network geometry and asset condition.
Intervention sequencing driven by risk, criticality, and operating data.
Shared spatial truth for water, power, heating, gas, and telecom works.
A living model kept current by telemetry, not a one-off survey deliverable.
Lifecycle records supporting budgeting and investment decisions.
Not to install equipment and leave. We build intelligent infrastructure that operators can understand, manage, and keep improving.
Building protection, automation, control, and cybersecurity into one coordinated power system.
NHE Tech develops and deploys advanced protection, automation, control, and technology solutions for generation, transmission, substations, distribution networks, industrial facilities, and critical infrastructure. By uniting power-system engineering with operational intelligence, communications, SCADA, and cybersecurity, we modernize legacy assets into resilient energy systems.
We bring siloed power technologies into one coordinated operational ecosystem — improving asset visibility, automating fault response, integrating distributed energy resources, protecting critical equipment, and strengthening continuity of service.
Protection, automation, and communications delivered as one commissioned system.
Protection architectures for generators, transformers, substations, bus systems, feeders, motors, renewable generation, and BESS.
Integrated protection, controllers, communications, and supervisory systems for automated operation and real-time visibility.
Monitoring, fault detection, isolation, and restoration support for more resilient distribution networks and faster operational response.
Centralized supervision and fully remote control of substations, generation assets, distribution systems, energy storage, and critical loads.
Coordinated monitoring and operation of generation, grid connections, storage, and critical priority loads.
Integration of BESS with protection, automation, controls, and SCADA to support backup power, peak management, grid stability, renewable integration, and infrastructure resilience.
Integrated architectures combining grid connection, local generation, battery storage, backup generation, and critical loads, including systems designed for islanded operation.
Protection, synchronization, monitoring, automation, and control for distributed and renewable energy resources.
Automation and power-management solutions that support continuity, visibility, and reliability in industrial operations.
Reliable industrial communications, controlled remote access, network segmentation, and secure connectivity for operational environments.
Cybersecurity measures designed specifically for critical power infrastructures and operational technology systems.
Operational data, event analysis, asset visibility, and decision support for reliability, effective maintenance, and system planning.
An integration layer built for power systems. Our team turns individual electrical technologies into a cohesive operational system — engineering and protection, automation, communications setup, cybersecurity, testing, commissioning, staff training, and lifecycle support.
Intelligent utility infrastructure — physical assets connected within a shared digital architecture.
Water and energy infrastructure are technically distinct but operationally connected. Treatment, pumping, storage, and distribution depend on reliable power. Both depend on real-time monitoring, communications, automation, central control, analytics, and cybersecurity.
NHE Tech unites these environments under one approach, so utilities and critical infrastructure operators can manage water demand, pumping requirements, electricity availability, local generation, battery capacity, equipment condition, and operational risk in a single coordinated environment.
One room, one picture: water demand, pumping, generation, and storage together.
| Layer | Digital water | Smart energy |
|---|---|---|
| Physical assets | Meters, pumps, valves, treatment assets | Generation, substations, BESS, feeders, critical loads |
| Sense | Flow, pressure, level, quality, leak detection | Protection IEDs, electrical measurements, equipment status |
| Connect | AMI, IoT, telemetry, industrial communications | Industrial Ethernet, secure communications, remote access |
| Control | SCADA, pump and valve automation | Protection, automation, SCADA, power management |
| Understand | GIS, hydraulic models, analytics, digital twin | Monitoring, event analysis, asset data, analytics |
NRW and real losses
Zone-level control
Tariff and demand aware
Energy per m³
Self-consumption first
Backup and peak shaving
Maintenance planning
Emergency operation
Evidence-based planning
Our integration layer bridges the gap where water and energy programs need to operate together — at municipal utilities, industrial facilities, hospitals, critical public infrastructure, and reconstruction projects.
Engineering and integration of treatment and wastewater infrastructure, connected where required with monitoring, automation, SCADA, and digital operational systems.
Integration of renewable generation, local energy resources, storage, protection, control, and power-management technologies within coordinated energy systems.
Technical assessment, system planning, feasibility analysis, solution architecture, and engineering support to define requirements before technology selection.
Coordination of engineering, technology selection, procurement, installation, integration, testing, and commissioning across multiple infrastructure components.
Field implementation, system verification, operator training, technical support, and ongoing assistance throughout the operational lifecycle.
A single team carries the project from first assessment to long-term operation, with local presence in Ukraine and international technology access.
Our specialists manage infrastructure projects through a structured process that connects technical requirements, technologies, field implementation, and operational outcomes.
Evaluating infrastructure conditions, operational requirements, available data, system constraints, and project objectives.
Defining the technical architecture, system layout, integration requirements, and implementation approach.
Selecting appropriate technologies based on engineering, operational, and lifecycle requirements.
Coordinating the required equipment, systems, software, and supporting technologies within the approved architecture.
Connecting physical assets, sensors, communications, automation, control systems, digital platforms, and analytical tools.
Field deployment, equipment installation, configuration, integration testing, and system verification.
Commissioning the integrated system and conducting operational training for your personnel.
Technical support and assistance to maintain, adapt, and improve the system after deployment.
We design solutions around operational requirements rather than a single manufacturer or a predefined product portfolio.
Our capabilities span two interconnected areas of critical infrastructure, enabling independent water and energy projects as well as integrated utility programs.
We support projects from assessment and engineering to technology selection, installation, commissioning, and long-term support.
Our professional network connects talent, entrepreneurs, and donors across the EU and the USA with projects on the ground in Ukraine.
We focus on infrastructure performance: improved visibility, reduced losses, lower energy use, earlier fault detection, stronger reliability, and more efficient planning.
Projects can begin with one defined operational priority and expand across additional assets, sites, technologies, and systems as requirements develop.
We collaborate with leading global and local technology providers, engineering firms, and research organizations to deliver high-performance digital water and smart energy projects — bringing innovation, reliability, and sustainability to every stage of infrastructure development.
Tell us about your water treatment, energy resilience, or engineering design needs. We’ll help turn the requirement into a fully operational, sustainable infrastructure solution.