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.
EOS and ResilPower Unit (RPU) are complementary solutions. EOS is the direct choice when the objective is local wind generation; RPU is designed for applications that require multiple sources, storage and advanced energy orchestration.
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 EOS Turbowind, solar photovoltaic panels, 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.
Independent sustainment node for resilient logistics.
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.
WPE solutions support distributed renewable generation, storage and
intelligent energy management across industrial, urban, remote and
mission-critical contexts.
Homes & Residential Buildings
Local renewable generation for private homes, condominiums and residential properties.
Industry
On-site renewable generation and hybrid energy management.
Infrastructure
Roads, transport assets and distributed infrastructure.
Telecommunications
Resilient power for remote and distributed telecom sites.
Commercial & Public Buildings
Local generation for offices, public buildings and commercial facilities.
Remote & Off-grid
Autonomous energy where grid access is weak, unavailable or costly.
Defence
Deployable energy systems for operational and temporary contexts.
Emergency Response
Temporary autonomous power after disruption or in isolated environments.
Energy Communities & Microgrids
Distributed generation, storage and coordinated local energy management.
Building energy systems
for a more resilient future.
WPE technologies support distributed renewable generation,
intelligent energy management and more resilient local energy
systems.
Our work is aligned with selected United Nations Sustainable
Development Goals that reflect the areas where our technologies
can contribute most directly.
Affordable and Clean Energy
Distributed renewable generation and storage can increase access
to cleaner, locally available energy.
Industry, Innovation & Infrastructure
Modular generation, monitoring and intelligent control support
more resilient and innovative energy infrastructure.
Sustainable Cities & Communities
Local energy systems can support buildings, infrastructure and
communities with more distributed and resilient energy resources.
Responsible Consumption & Production
Intelligent energy management helps improve the use of available
generation, storage and local energy resources.
Climate Action
Renewable generation and reduced dependence on fossil-based
auxiliary power can support lower-carbon energy systems.
WPE refers to the Sustainable Development Goals as an alignment
framework for its activities. This does not imply endorsement by
the United Nations.
Built through testing.
Strengthened through collaboration.
WPE has developed and tested technology through national and
international innovation, industrial and defence-oriented programmes.
From scientific collaboration to industrial pilots and international
acceleration programmes, each step has contributed to technology
validation and product development.
NATO DIANA
International accelerator / Energy Resilience
A2A
Industrial pilot
MOVYON
Infrastructure pilot
UNIVERSITY OF TRENTO
Scientific collaboration
DIGICIRC
European accelerator
BREVETTI+ / INVITALIA
Patent valorisation
DIGITAL (R)EVOLUTION
Bain & Company recognition
From patented wind technology to intelligent energy systems.
Different disciplines.
One feedback loop.
WPE is built around a simple principle: design decisions should not
stop at the drawing board. They should be tested, measured and brought
back into the next engineering cycle.
CONCEPT
→
BUILD
→
TEST
→
DATA
→
IMPROVE
↻
From concept to field validation, the same team follows the technology
throughout its development path.
MECHANICS × ELECTRONICS
HARDWARE × SOFTWARE
DESIGN × FIELD TESTING
ENGINEERING × DEPLOYMENT
Four roles.
One development process.
Marco Rizzolo
CEO & CFO
Strategy, finance and industrial development.
Valerio Rizzolo
CTO
Technology architecture, control and system development.
Massimo Chiggiato
HEAD OF PRODUCTION
Prototyping, manufacturing and product industrialisation.
Willy Ragazzo
HEAD OF MARKETING
Market positioning, communication and application development.
The core team is supported by additional engineering, scientific and
specialist profiles involved across development, validation and
deployment activities.
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