Power where it matters.
Distributed renewable energy systems combining local generation, storage and AI-driven energy management to increase energy independence and reduce reliance on fossil fuels.
Renewable energy is only the beginning.
WPE develops technologies that make distributed energy simpler to install, easier to manage and more effective over time.
Compact, modular products designed to reduce installation complexity.
AI-assisted control adapts operation to changing energy conditions.
Maintainable architectures designed for efficient use over the system lifecycle.
Use more locally generated renewable energy where it is consumed.
Choose the architecture that fits the application.
Local wind generation, made simple.
For homes, buildings and distributed sites that want to harvest local wind energy without the complexity of a complete hybrid microgrid.
- Standalone patented small-wind solution
- Close to the point of consumption
- Urban, residential and distributed contexts
- AI-assisted wind-energy optimisation
Hybrid energy when the need is broader.
For sites that need multiple renewable sources, storage, autonomy, deployability or greater resilience. EOS can become the wind-generation element of the wider RPU system.
- Wind + solar + battery storage
- Deployable and scalable architecture
- AI-driven multi-source management
- Configurable around customer requirements
Capture more from the wind around you.
EOS is the patented WPE vertical-axis small wind turbine, designed to capture distributed wind energy across changing conditions — from homes and urban environments to commercial, industrial and remote locations.
Its compact architecture enables renewable generation close to where energy is consumed, with limited visual and environmental impact compared with utility-scale wind infrastructure.
Wind becomes
local energy.
The vertical-axis architecture captures wind independently of its direction.
Smart control adapts operation as wind conditions change.
WIND
Variable local airflow
VERTICAL ROTOR
Captures available wind
GENERATOR
Converts motion to electricity
AI CONTROL
Optimises operating point
LOCAL ENERGY
Power where it is needed
Generate. Store. Manage. Wherever energy is needed.
ResilPower Unit (RPU) combines wind, solar, battery storage and intelligent
energy management in a modular platform designed for fast deployment,
flexible configuration and local energy resilience.
Wind, solar and storage managed as one system.
Modular architecture designed for rapid installation and relocation.
Configured around the energy requirement of each site.
Predictive management coordinates generation, storage and demand.
Use more locally generated energy directly where it is produced.
Reduce reliance on external and auxiliary fossil generation.
Generation, storage and operating logic can be tailored to the application.
Renewable energy changes constantly.
The system should adapt.
Instead of operating each energy source independently, the WPE Energy Manager coordinates the whole system to improve the use of renewable energy and available storage.
Estimate generation and energy availability from operating and environmental data.
Determine when energy should be used, stored or supplied according to site conditions.
Continuously adapt operation to improve renewable-energy utilisation and system efficiency.
Measure.
Understand.
Improve.
RPU-MON is the digital monitoring and supervision layer of the
ResilPower Unit. It combines generation, storage and site-demand data
into a single operational view, supporting remote supervision,
diagnostics, performance analysis and continuous system improvement.
REAL-TIME MONITORING
Monitor generation, battery status, site demand and energy flows.
MULTI-SOURCE VISIBILITY
View wind, solar, storage and load within one coordinated interface.
ENERGY KPIs
Track production, storage utilisation, consumption and performance.
REMOTE SUPERVISION
Access operating information and system trends remotely.
ALARMS & DIAGNOSTICS
Identify abnormal conditions and support maintenance decisions.
EFFICIENCY OPTIMISATION
Identify inefficiencies and improve the use of available energy.
SYSTEM OVERVIEW
SYSTEM ONLINE
13.4 kW
81%
8.1 kW
Generation and site demand
Load
4.8 kW
8.6 kW
+5.3 kW
Normal
Produce closer.
Waste less.
Depend less.
Distributed generation, intelligent storage and predictive control
can improve the way renewable energy is produced, used and managed
over time.
Energy should be generated closer to where it is needed,
managed intelligently and used with greater independence.
Lower environmental impact
Generate renewable energy close to where it is needed,
reducing dependence on centralised infrastructure and
fossil-fuel generation.
Greater energy independence
Local generation and storage increase control over
energy availability and reduce dependence on external supply.
Smarter energy use
AI-supported management coordinates generation, storage
and demand to use available renewable energy more effectively.
Long-term value
Modular, maintainable systems and optimised operation
improve asset utilisation throughout their operating life.
Energy systems
for real-world needs.
From industrial sites to remote infrastructure, WPE solutions bring local generation, storage and intelligent energy management closer to where energy is actually needed.
Energy directly where production happens.
On-site renewable generation and intelligent energy management.
Power along distributed assets.
Roads, transport systems and critical infrastructure.
Energy where the grid cannot follow.
Autonomous generation for remote and weak-grid locations.
Resilient power for distributed networks.
Local energy for buildings and campuses.
Generate closer to where people live.
Designed also for demanding and temporary environments.
Defence & Deployable Operations
Rapidly deployable energy for temporary and mission-critical sites.
Emergency & Humanitarian Response
Autonomous power following disruption or in isolated environments.
Energy Communities & Microgrids
Distributed generation, storage and coordinated local energy management.
Built through testing. Strengthened through collaboration.
WPE has developed and tested technology through national and international innovation, industrial and defence-oriented programmes.
Official logos should replace the text marks before publication. Programme, pilot and scientific relationships are intentionally described separately rather than presented as equivalent partnerships.
From patented wind technology to intelligent energy systems.
Dates spanning multiple phases should be checked against WPE project records before final publication.
Engineered in Italy. Designed for distributed energy.
WPE Research & Development is an Italian innovative company based in Padua, developing patented renewable-energy technologies and intelligent hybrid energy systems.
The team combines mechanical engineering, power electronics, control, software and field validation. The final website should highlight 4–5 key profiles with real portraits, roles and relevant experience rather than an anonymous team-size number.
Let's talk about your energy challenge.
Tell us where energy is needed. WPE can explore which architecture best fits the application.
Via G. D’Alemagna, 2
35134 Padova, Italy
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