A future eco platform landscape connected by renewable energy, EV charging, hydrogen, and UAM infrastructure

Future Environment Platform

An Eco Platform Preparing for the Future Environment

ECOPLANTS connects software, hardware, and user-centered portals to build practical systems for RE100 and next-generation eco infrastructure.

11+ Eco Brands
3 Software · Hardware · Portal
RE100 Energy Transition
One Integrated Operation

About ECO PLANTS

Connecting technology into sustainable business

ECO PLANTS is PITE COMPANY's future-environment business network. We connect energy, mobility, and resource-circulation technologies into platforms designed to work in real operating environments.

Nature and renewable infrastructure concept
01

Connect

We create an end-to-end flow by connecting energy infrastructure with digital services.

02

Operate

We plan beyond installation to include control, data, and the user experience.

03

Expand

We design structures that can grow by location, use case, and business scale.

Core Solutions

Six fields for the environmental transition

From infrastructure development to service operation, specialist businesses work together through one connected network.

Residential EV charging space01

EV Charging

Charging infrastructure

Connecting chargers, installation environments, operating systems, and user services.

Infrastructure · Operations · User access
Hydrogen infrastructure concept02

Hydrogen Energy

Hydrogen ecosystem

Designing connections between hydrogen-based energy and mobility businesses.

Hydrogen · Green mobility · Business links
Solar-powered industrial campus concept03

RE100

Business energy transition

Building a phased transition foundation using renewable energy and operating data.

Transition · Data · Operations
Electric marine mobility concept04

Future Mobility

Next-generation mobility

Preparing for new transport environments including UAM and electric marine mobility.

UAM · Electrification · Future transport
Battery reuse workspace concept05

Circular Economy

Resource circulation

Building networks for the reuse and recycling of batteries and EV resources.

Batteries · Recycling · Circular resources
Equipment and service control diagram06

Digital Platform

Integrated digital services

Integrating control, operating data, business tools, and user portals.

Control · Portals · Service operations

Images illustrate application concepts.

One Connected Platform

From field infrastructure to user services

Rather than operating each business separately, we connect equipment, data, and services into an operating system built for continued growth.

Project Applications

Turning environmental needs
into operable projects

We combine infrastructure, control, user services, and operational data into an actionable plan fitted to each site.

02Commercial Facility

Retail facilities & parking

Connect the visitor charging experience to facility operations.

Charging · Parking · Payment
03Industrial RE100

Industrial energy transition

Understand energy use and create a phased foundation for RE100 execution.

Metering · Analysis · Transition
04Regional Mobility

Regional green mobility

Design operating models connecting electric and hydrogen mobility with local services.

Mobility · Tourism · Local service
05Battery Circularity

Battery circular network

Prepare the flow from collection and tracking to reuse and recycling.

Collect · Track · Recycle

Integrated Eco System

Building the foundation for multidimensional ECO systems

THREE LAYERS. ONE SYSTEM.

Hardware powers the site, software connects operations, and portals serve people. Three capabilities come together in one service experience.

01 / DIGITAL
The digital foundation for operations

Software

We design digital foundations that connect operation data, user services, integrated control, and business portals.

  • Monitoring
  • Data integration
  • Operations
02 / INFRASTRUCTURE
Infrastructure built for the field

Hardware

We build scalable infrastructure structures for charging, energy, mobility, and recycling in real operating environments.

  • Charging
  • Energy systems
  • Field integration
03 / EXPERIENCE
Connecting people with services

User Portal

We provide user-centered access points where customers and business operators can easily find and use eco services.

  • Discovery
  • Business tools
  • User experience

Technology & Operation

Capabilities designed for operation after launch

Beyond the visible service, we consider equipment integration, administrator workflows, incident response, and data use.

ECO CONTROLOPERATION CONCEPT
Field equipment connects to integrated control, user services and operational analysis
Equipment status · Service connection · Incident response
01

Integrated control

View equipment status and usage in one place.Explore detailsClose details

Bring equipment status and alerts together so operators can identify what needs attention.

  • Equipment and site status
  • Alerts and response history
  • Operational summaries
Discuss this capability
02

User portal

Connect discovery, booking, payment, and history.Explore detailsClose details

Connect the user journey from finding a service through to reviewing past use.

  • Service search and information
  • Booking and payment integration
  • Member usage history
Discuss this capability
03

Admin tools

Support member, facility, settlement, and content operations.Explore detailsClose details

Organize operating tasks and access permissions around each team's responsibilities.

  • Member and facility management
  • Role-based access
  • Settlement and content tools
Discuss this capability
04

API integration

Integrate existing equipment and external services in phases.Explore detailsClose details

Review available data and interfaces before defining connections that fit the existing environment.

  • Interface and data review
  • External system connections
  • Error handling and integration logs
Discuss this capability
05

Location services

Deliver nearby facilities and availability information.Explore detailsClose details

Present locations and service conditions together to help users find a suitable facility.

  • Map and facility search
  • Location-specific information
  • Access and usage guidance
Discuss this capability
06

Operational data

Use patterns and equipment data to improve operations.Explore detailsClose details

Use available field data to understand operating patterns and identify opportunities for improvement.

  • Usage by period and facility
  • Equipment data organization
  • Operational reports
Discuss this capability
07

Incident response

Identify abnormal states and organize response workflows.Explore detailsClose details

Define a site-specific process from detection and assignment through action and follow-up.

  • Abnormal status alerts
  • Assigned response workflows
  • Resolution and recurrence review
Discuss this capability
08

Scalable architecture

Adapt to changing regions, sites, and business scale.Explore detailsClose details

Define the initial scope with room to add new facilities and services in phases.

  • Additional sites and facilities
  • Service-level expansion
  • Phased rollout planning
Discuss this capability

Who We Work With

An execution model shaped for each site

We begin with each organization's environment, existing systems, and business objectives, then combine the right technologies and services.

  • Phased integration of existing infrastructure and new platforms
  • Design that considers operations and maintenance after launch
  • Dedicated touchpoints for operators and end users
  • Operational improvement and expansion using field data

Project Process

Turning an idea into an operating platform

We review the site and business requirements, then move step by step through design, implementation, stabilization, and expansion.

  1. 01PLAN & DESIGN

    Consult

    Define the business objective and required services.

    What we review

    Business goals · Features · Target schedule

    Start a consultation
  2. 02PLAN & DESIGN

    Analyze

    Review the site, users, and existing systems.

    What we review

    Location · Site conditions · Existing equipment

    Discuss site analysis
  3. 03PLAN & DESIGN

    Design

    Propose how infrastructure and platforms connect.

    What we review

    User journeys · Integration scope · Operations

    Discuss the design
  4. 04BUILD & OPERATE

    Build

    Implement the systems and user services.

    What we review

    Development scope · Rollout · Integration

    Discuss the build
  5. 05BUILD & OPERATE

    Stabilize

    Test operations, identify issues, and improve.

    What we review

    Validation · Issue review · Handover

    Discuss stabilization
  6. 06BUILD & OPERATE

    Expand

    Support maintenance and growth with operating data.

    What we review

    Additional sites · New features · Maintenance

    Discuss expansion

Business Network

ECOPLANTS Business Portfolio

From EVs, hydrogen, UAM, recycling, emergency support, parts, and markets, ECOPLANTS operates the business domains needed for the future environmental transition as one platform network.

ECO PLANTSONE CONNECTED ECOSYSTEM

Sustainability Direction

Operating principles for the next generation

MOBILITY

Transport electrification

Expanding charging and service foundations for sustainable mobility.

Discuss mobility
SAFETY

Safe, continuous operations

Pursuing stable services through monitoring, maintenance, and emergency support.

Discuss safe operations

Eco Insights

Three perspectives on environmental transition

Core topics ECOPLANTS examines when reviewing a project.

Frequently Asked Questions

Questions we often receive

Which fields can you consult on?

We welcome inquiries related to EV charging, hydrogen energy, RE100, UAM, circular resources, environmental platforms, and associated system development.

Can you build hardware and the platform together?

Depending on the project, we review an integrated structure connecting field infrastructure, operating systems, administrator tools, and user services.

Can the platform connect to existing systems?

We review current equipment, integration methods, available data, and the technical environment before proposing a feasible scope.

What information helps with an initial review?

Your business goal, proposed location, site conditions, target schedule, and required functions help us understand the project.

What happens after an inquiry?

A representative reviews your inquiry and contacts you. If needed, we arrange a detailed meeting and site analysis before agreeing on scope and timing.

RE100 & Environment Readiness

An execution-driven platform for environmental change

ECOPLANTS helps companies and users move energy transition into real operations by designing charging infrastructure, eco mobility, energy data, and recycling flows together.

Discuss your energy transition
01Connecting renewable energy with charging infrastructure

Review site electricity use and charging demand together, then define how renewable energy equipment and operating systems can connect.

Electricity use · Charging demand · Equipment integration

Discuss energy and charging
02Expanding hydrogen and electric mobility ecosystems

Review vehicle types and regional requirements to connect charging, support infrastructure, and user services.

Operating region · Vehicle types · Support infrastructure

Discuss green mobility
03Integrating user-centered portals and operation data

Connect the user journey with administrator workflows through an integrated data and service structure.

User journeys · Operations screens · Data integration

Discuss portals and data
04Responding to circular resources and future environmental risks

Review collection, condition tracking, reuse, and recycling flows to define the operational management needed for the project.

Collection · Condition history · Reuse and recycling

Discuss circular operations

Build the Next Eco Platform

Preparing the future environment together

ECOPLANTS connects eco technology and business to supply sustainable infrastructure for the next generation as practical platform systems.