INTEGRATED ENERGY SOLUTIONS FOR INDUSTRIAL FACILITIES

Integrated energy solutions

365Energy starts with load profile, electricity cost, power reliability and operating conditions to define the technical solution, investment model and delivery scope for each facility.

Discuss your energy requirements Find the right path for your facility

Industrial facility with rooftop Solar PV — FACTORY **LOAD · INVESTMENT · RISK · OPERATIONS** SOLUTION ARCHITECTURE

250+MWp

Rooftop solar capacity

200+C&I projects

In the capability profile

50+MWp

O&M portfolio

70+People

In-house team

FOUR DELIVERY AREAS

Technical DeliveryFinancial StructuringPerformance ManagementESG & Green Transition

START WITH THE FACTORY NEED

What is your facility prioritizing?

Each priority leads to a different energy approach.

ENERGY ARCHITECTURE

Integrated solution architecture

365Energy organizes solutions across four delivery areas: Technical Delivery, Financial Structuring, Performance Management, and ESG & Green Transition. Solar PV, BESS, EMS, Power Quality and Energy Efficiency are modules selected according to each facility’s needs; they are not automatically included in every project.

Discuss your energy requirements

SOLAR PV

On-site generation

What it does: Generates electricity on site based on load profile, roof conditions and grid connection capability.
Value for the facility: Helps reduce grid electricity purchases and increase self-consumption.
365Energy scope: Site assessment, design, PVsyst modeling and EPC/EPCC delivery according to project scope.

View EPCC scope →

BESS

Storage aligned to operating needs

What it does: Dispatches stored energy for peak shaving, load shifting, higher self-consumption or support for priority loads when appropriately configured.
Value for the facility: Helps manage peak demand and improve energy control.
365Energy scope: Load analysis → application → sizing → control strategy → EMS integration → operation.

Explore the BESS solution →

EMS

Control through data

What it does: Integrates data from generation, BESS, the grid and facility loads.
Value for the facility: Supports energy-flow visibility, anomaly detection and operational decision-making.
365Energy scope: Metering architecture, data integration, alerts and performance monitoring.

View performance management

O&M & asset management

Sustain operating performance

What it does: Monitors, inspects, maintains and addresses anomalies during operation.
Value for the facility: Helps sustain performance and reduce downtime.
365Energy scope: Monitoring, field inspection, reporting and maintenance according to the agreed service scope.

Explore O&M & asset management

FINANCIAL STRUCTURING

Choose an investment model

What it does: Compares EPC, EPC-F and PPA by capital requirement, ownership and allocation of responsibilities.
Value for the facility: Supports selection of a model aligned with financial objectives and ownership preferences.
365Energy scope: Supports financial structuring and coordination of technical, commercial and contractual requirements.

Compare EPC / EPC-F / PPA

I-REC / ESG

Data for green transition

What it does: Connects renewable electricity data with I-REC, emissions data and reporting requirements.
Value for the facility: Supports relevant ESG and supply-chain requirements.
365Energy scope: Prepares data and supports documentation according to project scope.

Documentation, data support and rights to use energy attributes are confirmed separately for each project.

Discuss I-REC / ESG requirements

INVESTMENT MODEL

Choose an investment model

EPC, EPC-F and PPA differ in upfront investment, ownership, level of control and allocation of responsibilities. The appropriate model depends on financial objectives, asset-ownership preferences and project-specific conditions.

CRITERIA

Best suited when

Prioritizing asset ownership and control

Seeking ownership with a more flexible cash-flow structure

Prioritizing lower upfront investment

Upfront investment

Funded by the company

Combined with financing

According to the PPA structure

Ownership

Customer

According to the financing structure

According to the PPA agreement

Level of control

High

According to contract

Operating responsibility

According to the agreed O&M scope

According to the service structure

Allocated by contract

Risk allocation

More retained by the customer

Shared according to the structure

According to contract

EPC – Direct ownership

Discuss the appropriate investment model

Full details

EPC – Direct ownership

EPC

Direct ownership

EPC – Direct ownership

Suitable when the company prioritizes asset ownership and can allocate upfront investment.

Best suited when

Prioritizing asset ownership and control.

Upfront investment

The company funds the project according to the contract schedule.

Ownership

The customer owns the asset according to the contract structure.

Control

High.

Operations

According to the agreed O&M scope.

Risk

The customer retains more investment and asset responsibilities.

EPC-F – EPC with financing

EPC-F

EPC with financing

EPC-F – EPC with financing

Suitable when asset ownership is preferred but the financing structure needs to better match cash flow.

Best suited when

Seeking ownership with a more flexible cash-flow structure.

Upfront investment

Combines EPC with a financing structure suited to the project.

Ownership

According to the agreed financing structure.

Control

High.

Operations

According to the associated service structure.

Risk

Allocated according to the financing structure and contract.

PPA – Power purchase agreement

PPA

Power purchase agreement

PPA – Power purchase agreement

Suitable when the priority is to limit upfront investment and allocate responsibilities contractually.

Best suited when

Prioritizing lower upfront investment.

Upfront investment

According to the PPA structure and agreed commercial terms.

Ownership

According to the agreement between the customer and investor.

Control

According to contract.

Operations

Allocated by contract or to the service provider.

Risk

Allocated by contract.

DELIVERY CAPABILITY

Control across the project lifecycle

365Energy coordinates design, permitting, HSE, QA/QC, construction, testing and acceptance through one accountable interface. Key risks, impacts and control measures are reviewed before and during project delivery.

01 / ASSESSMENT

Establish the technical basis

Assess load profile, roof conditions, grid connection and operating requirements before selecting the configuration.

02 / DELIVERY

Define responsibilities

Define accountable interfaces, control milestones and coordination with the facility across design, procurement and construction.

03 / HANDOVER

Confirm before handover

Agree the testing scope, handover documentation and post-acceptance operating requirements.

View EPCC process and scope

PERFORMANCE & ASSET MANAGEMENT

Performance & asset management

After commercial operation (COD), the objective extends beyond equipment maintenance to performance monitoring, reduced downtime and protection of long-term asset value.

Technical personnel inspecting the Solar PV system

50+MWpO&M portfolio

Technical personnel performing system inspection

01System monitoring→ 02Anomaly analysis→ 03Proactive maintenance→ 04Performance reporting→ 05Improvement recommendations

Explore O&M & asset management

EVIDENCE

Project evidence by scope

The projects below show different 365Energy capability scopes, from BESS integration and design for wind conditions to safety requirements and large-scale system design.

FEATURED PROJECT

Solar PV integrated with BESS

Vilube – Motul Vietnam

284.35kWpSolar PV

215kWhBESS

PROJECT REQUIREMENT

Integrate Solar PV and BESS within an operating manufacturing facility.

DELIVERY SCOPE

Design and deliver a 284.35 kWp Solar PV system integrated with a 215 kWh BESS under an EPC scope.

CAPABILITY DEMONSTRATED

Integration of on-site generation and storage within one industrial energy architecture.

Universal Alloy Corporation Vietnam project — DESIGN FOR HIGH-WIND CONDITIONSUniversal Alloy Corporation Vietnam60 m/s · Design wind condition

View project portfolio

View EPCC capability View BESS solution

FIRST STEP

Discuss your energy requirements

Share your facility’s needs and basic information so we can identify an appropriate assessment path. Technical documents and detailed data can be provided after the initial discussion.

Request technical consultation → 1900 0250

01Electricity bills

02Load profile

03Roof / site information

04Investment objective

05I-REC / ESG requirements

CAN BE PROVIDED AFTER INITIAL DISCUSSION

Integrated energy solutions

What is your facility prioritizing?

Optimize energy cost

Improve power reliability

Choose an investment model

Optimize existing systems

Support green transition

Integrated solution architecture

Choose an investment model

EPC – Direct ownership

Control across the project lifecycle

Establish the technical basis

Define responsibilities

Confirm before handover

Performance & asset management

Project evidence by scope

Solar PV integrated with BESS

Discuss your energy requirements