See How We Turn a Site Problem
Into a Project Plan.
Explore representative application frameworks that show how we translate your energy challenge into system architecture, delivery scope and a clear verification plan.
Images and application frameworks are representative. Ask our team for authorized project references relevant to your due-diligence needs.
A practical path to storage without an upfront equipment purchase.
If preserving capital is important to your facility, our Indonesian team can assess whether an Energy-as-a-Service structure fits your site. We coordinate the project and service scope, while your payments follow the long-term agreement we define together.
We start with your load profile, tariff, operating constraints and target outcome. You receive a site-specific technical and commercial proposal before making a commitment.
What You Can Expect
We will show you the assumptions behind system sizing, responsibilities, pricing and expected value. Where an authorized reference is relevant and available, we can include it in your due-diligence review.
Commercial Structure
- No upfront equipment purchase
- You preserve upfront capital for other business priorities.
- Long-term service agreement
- Payment is structured as an energy fee or service fee over the contract term.
- Local company delivery
- MOLETONG's Indonesian entity manages local scope, compliance and ongoing operations.
- Eligibility is project-specific
- Availability subject to project qualification, site assessment, contract terms and local requirements.
MOLETONG Indonesia Scope
- Site and load assessment
- System engineering and sizing
- Equipment supply from MOLETONG manufacturing
- Installation, commissioning and handover
- Ongoing monitoring and operations support
- Local contract and compliance management
Representative C&I Project Frameworks.
These frameworks show how we approach common commercial and industrial challenges. We use your verified site data to turn the relevant framework into an engineering and commercial proposal.
Clear expectations: The examples below explain design logic and scope; they are not claims about a named customer or guaranteed results. Ask us for authorized references during due diligence.
Application
Commercial Building -- Peak Demand Reduction
- Challenge
- High transformer-limited peak demand charges during business hours. Grid tariff structure penalized demand spikes. Backup power for critical systems was also required.
- System Configuration
- Air-cooled commercial storage cabinet. Three-phase hybrid inverter. EMS with demand-response scheduling. Grid-tied with backup capability.
- MOLETONG Scope
- Equipment supply, system integration, EMS configuration, commissioning and post-commissioning support.
- What we verify
- Load data, tariff, transformer headroom and critical-load sequence
Application
Industrial Facility -- Continuity and Solar Integration
- Challenge
- Grid instability causing production interruptions. Rooftop solar generation was available but not integrated with load management. Transformer capacity was constrained.
- System Configuration
- Liquid-cooled storage cabinet. Three-phase hybrid inverter with PV input. EMS with solar self-consumption optimization and grid outage response.
- MOLETONG Scope
- System design, equipment supply, PV-storage integration, EMS commissioning and operator training.
- What we verify
- Outage history, PV profile, restart loads and required autonomy
Want to see which framework fits your facility? Share your load profile and operating goal with our team.
Representative Residential Applications.
We help partners match residential batteries, hybrid or off-grid inverters and essential loads to the installation and local grid conditions.
Solar Self-Consumption
Homes with rooftop PV use storage to shift daytime generation to evening demand, reducing grid import. Compatible with single-phase hybrid inverters.
Typical Configuration
PV + Single-Phase Hybrid Inverter + Residential Battery
Backup Power Continuity
Households in markets with frequent outages use storage to maintain essential loads -- lighting, refrigeration, communication -- during grid interruptions.
Typical Configuration
Battery + Off-Grid or Hybrid Inverter with Backup Output
Off-Grid and Hybrid Operation
Sites without reliable grid access use PV and storage in off-grid or hybrid mode. MOLETONG's single-phase off-grid inverters are designed for these conditions.
Typical Configuration
PV + Off-Grid Inverter + Battery Bank
Planning a home-energy project? Tell us the essential loads, available solar and installation constraints.
Large-Scale Storage and Microgrid Projects.
MOLETONG's 5 MWh-class and AC/DC integrated containers, HMS and EMS are designed for utility-scale storage, renewable integration and microgrid delivery. System boundary and MOLETONG's specific project role are defined for each application.
Utility-Scale Battery Storage Plant
- System Boundary
- Battery storage containers, PCS (power conversion system), MV transformer integration, HMS and EMS. Grid interconnection and civil works by project EPC or owner.
- MOLETONG Scope
- Equipment supply (containers, PCS, HMS/EMS), factory acceptance testing (FAT), site acceptance testing (SAT), commissioning support and remote monitoring setup.
- Operating Strategy
- Grid frequency response, peak shaving, renewable firming or arbitrage -- configured per project requirement through EMS.
- Evidence and Status
- Verified project data pending authorization for publication
Microgrid and Renewable Integration
- System Boundary
- AC/DC integrated storage container with PV and wind input capability. Microgrid controller (EMS), islanding and grid-forming operation. Load management and dispatch.
- MOLETONG Scope
- Container supply, PCS and EMS configuration, integration with PV/wind generation, FAT/SAT, commissioning, remote monitoring and operations support.
- Operating Strategy
- Renewable self-consumption maximization, load following, backup operation during grid outages, and scheduled charge/discharge cycles.
- Evidence and Status
- Verified project data pending authorization for publication
For EPC Partners and Developers
We provide equipment, engineering support, FAT/SAT and commissioning for large storage and microgrid projects, while coordinating clearly with the EPC or developer responsible for civil works, grid interconnection and project finance.
Logging and Monitoring
Stick Logger and HMS/EMS provide real-time data, remote diagnostics and performance reporting. These tools form part of the evidence basis for project performance -- available to project owners and operators under agreed terms.
What Makes a Project Story Credible.
We apply a consistent standard before presenting anything as a customer project. Specific claims are only used when the supporting records and publication rights are clear.
For current references, tell us your application, market and project scale. We will explain what authorized evidence can be shared for due diligence.
Authorized Visual Evidence
Customer-approved site photographs are clearly distinguished from representative concept visuals.
Exact System Configuration
Specific product model, capacity, inverter type and architecture -- not generic descriptions.
Commissioning Date and Status
Verified commissioning date or current operating status. Projects described as "operating" have a confirmed COD.
Named or Accurately Anonymized Customer
Customer is named with written authorization, or accurately anonymized with the reason for anonymization stated.
Clear Delivery Responsibility
MOLETONG's specific scope is stated. What was supplied, integrated, commissioned and supported is distinguished from third-party scope.
Measured Result with Baseline and Period
Quantitative results include the measurement period, baseline comparison and data source (EMS log, utility bill, FAT/SAT record).
Project Delivery Evidence Chain
Factory Acceptance Test (FAT)
Site Acceptance Test (SAT)
EMS Data and Screenshots
Customer Written Authorization
Handover and Commissioning Record
Ask for Evidence That Matches Your Decision.
We do not fill this page with unattributed testimonials. Tell us what your technical, commercial or investment team needs to verify and we will assemble the relevant, authorized evidence package.
Technical review
Request datasheets, architecture diagrams, interface documents, certification scope and FAT/SAT planning for the selected platform.
Commercial review
Review scope boundaries, responsibilities, delivery assumptions, warranty terms and the service model that applies to your project.
Reference review
Where customer authorization permits, ask us for a reference relevant to your application, market and project scale.
Where We Engineer and Support Projects.
Our engineering and manufacturing base is in Dongguan, supported by domestic sales centers and a local Indonesian presence for project development and Energy-as-a-Service opportunities.
Engineering and Service Footprint
Connect with the team closest to your project.
We coordinate manufacturing and engineering from China and develop qualified energy-service opportunities with our local presence in Indonesia.
Current Company Footprint
Need support in another market? Share the project location and requirements so we can confirm the available commercial, technical and local-service path.
Planning a Similar Project?
Share the site, application and available technical data. We will help identify the relevant solution and evidence from our engineering and project experience.
- Describe the site: location, application type, load profile, grid conditions
- Share the challenge: peak demand, outages, tariff structure, transformer limits, renewable integration
- We will identify the relevant product, architecture and evidence from comparable applications