Energy storage procurement in Mexico calls for more than a product-capacity comparison: project teams also need to assess duration, operating conditions, system integration, standards, warranty scope and local execution. This page profiles one documented supplier, HiTHIUM, across grid-scale, commercial and industrial, cell, module and residential categories. The available evidence includes published products and international projects, but does not verify a Mexican office, distributor, project, certification or sales channel. Use the filters below to navigate the evidence. The page is updated when verified source material is revised; its value is the clear separation of published facts from items buyers must confirm directly.
Quick definition
What Are Energy Storage Suppliers?
Energy storage suppliers are companies whose products or services contribute to storing electricity and returning it when needed. The category can include cells, modules, battery systems and associated integration or support activities. For project developers, utilities, businesses and installers in Mexico, supplier assessment means checking whether the documented equipment and project capabilities match the site, grid requirements and commercial arrangement.
Tags
Select a tag to filter the product and project evidence below. Select it again to clear the filter.
At a glance
Category Snapshot
supplier profile covered in this evidence page; not a complete market census
year HiTHIUM was founded, according to company information
cumulative shipments reported by the company in August 2025
countries and regions reported in company information
These are company-level figures, not Mexico-specific shipment, market-share or installation statistics. The figures do not establish a supplier’s local availability or qualifications for an individual project.
Assessment framework
How to Evaluate an Energy Storage Supplier
The following criteria put project fit before supplier ranking. Published product values are evidence to review, not a substitute for project-specific engineering documentation or confirmation of local commercial arrangements.
- 1
Application and duration
Match the use case, power requirement and discharge duration to a documented system configuration.
- 2
Operating environment
Check temperature, altitude, enclosure and installation conditions against the exact product and its documentation.
- 3
System integration
Clarify system boundaries, power conversion equipment, controls, grid interfaces and responsibilities across project parties.
- 4
Safety and applicable standards
Verify project- and jurisdiction-specific requirements using the exact product certification and test records.
- 5
Lifecycle evidence
Review cycle-life conditions, operating assumptions, degradation terms, warranty coverage and service scope together.
- 6
Local execution
Confirm who contracts, imports, installs, commissions and supports the system in Mexico, including response arrangements.
Evidence by criterion
Published Product Design and Evidence
| Evaluation criterion | Relevant product design | Published parameter or evidence |
|---|---|---|
| Discharge duration | ∞Power utility-scale systems | Published configurations include ∞Power 6.25 MWh 2 h and 4 h, and ∞Power 6.9 MWh 8 h. |
| Long-duration system architecture | ∞Power 8 system solution | 6.9 MW / 55.2 MWh; one medium-voltage module and eight 6.9 MWh storage modules. |
| Site conditions | Selected ∞Power products | Published product information states an operating temperature range of −30 °C to 55 °C and application altitude ≤4,000 m for the listed 6.25 MWh and 6.9 MWh units. |
| Commercial and industrial footprint | ∞Power 1022 kWh | Published energy: 1,022.72 kWh; stated footprint: 3.4 m²; reported cycle life: ≥8,000 cycles with SOH ≥70%. |
| Cell and chemistry options | LFP and sodium-ion cells | Published cell families include LFP cells from 314 Ah to 1300 Ah and the sodium-ion ∞Cell N162Ah. |
| International project evidence | Grid, wind-coupled and other project use cases | Published examples include Whetstone Power in Colorado, Montes de Cierzo in Spain and Razlog in Bulgaria. These examples are not Mexican installations. |
Quick reference
Specification Summary
Values below are associated with the named product only. Specifications can differ by product variant and document version; confirm the applicable technical file and project design before selection.
| Product | Published energy / duration | Other published details | Source |
|---|---|---|---|
| ∞Power 6.25 MWh, 4 h | 6,250 kWh; 4 h | 1175 Ah cells; ≥142 Wh/kg; ≥146 Wh/L; −30 °C to 55 °C; altitude ≤4,000 m; 6,058 × 2,438 × 2,896 mm. | System products |
| ∞Power 6.25 MWh, 2 h | 6,250 kWh; 2 h | 8×1P416S; ≥130 Wh/kg; ≥145 Wh/L; 1,331.2 V nominal, 1,040–1,500 V operating range; maximum weight 48,000 kg. | System products |
| ∞Power 6.9 MWh, 8 h | 6.9 MWh; 8 h | 4×1P416S; ≥135 Wh/kg; ≥160 Wh/L; 20-foot container format; −30 °C to 55 °C; altitude ≤4,000 m. | System products |
| ∞Block 5.016 MWh | 5,015.96 kWh | 6×2P416S; ≥125 Wh/kg; ≥117 Wh/L. | System products |
| ∞Power N 2.28 MWh | 2,280 kWh; 1 h | Sodium-ion system based on N162Ah; −30 °C to 55 °C; reported cycle life 20,000 cycles. | System products |
| ∞Block 261 kWh | 125 kW / 261 kWh | 1P52S; 1,350 × 1,000 × 2,350 mm; IP55; −30 °C to 50 °C; 832 V nominal. | Commercial products |
| ∞Block 418 kWh | 417.99 kWh | 1P416S; 1,350 × 1,300 × 2,350 mm; weight ≤3,700 kg; IP55; 1,331.2 V nominal. | Commercial products |
| ∞Power 1022 kWh | 1,022.72 kWh | 1P34S; 3.4 m² footprint; weight ≤8,000 kg; IP55 + C5M; ≥8,000 cycles with SOH ≥70%. | Commercial products |
Supplier profile and configurations
1 Documented Energy Storage Supplier
This page profiles HiTHIUM using its published company, product and project information. It is not a ranked list of suppliers operating in Mexico. Product evidence can help define technical questions, while local market presence and project eligibility require separate verification.
HiTHIUM
Type: Energy storage cells, modules and systems manufacturer
Founded: 2019
Location: Xiamen, Fujian, China; the company also reports a manufacturing center in Mesquite, Texas
Cumulative shipments: More than 100 GWh, reported in August 2025
Description: HiTHIUM focuses on energy storage cells and systems, with published product lines spanning cells, modules, utility-scale systems, commercial and industrial systems, and residential products. Its published international project examples include grid and renewable-energy applications.
Primary use case: Utility-scale, long-duration, commercial and industrial, and residential energy storage applications
Website: www.hithium.com
Mexico-market scope: The corporate and project information reviewed here does not establish a Mexican office, distributor, project, Mexico-specific certification or current commercial availability.
∞Power 8
Type: Utility-scale energy storage system solution
Published system rating: 6.9 MW / 55.2 MWh
Description: The published system arrangement comprises one medium-voltage module and eight 6.9 MWh storage modules. This system-level solution is distinct from an individual ∞Power 6.9 MWh, 8 h unit.
Primary use case: Utility-scale energy storage project design
Website: ∞Power 8 announcement
Recommended configurations to evaluate by use case
These are product families to assess against a defined project brief, not commercial recommendations for Mexico. The correct candidate depends on the required energy, power, duration, site parameters, grid interface and confirmed contract scope.
| Project requirement | Products to assess | Published distinction |
|---|---|---|
| Utility-scale, 2 h or 4 h configuration | ∞Power 6.25 MWh 2 h or 4 h | Two distinct duration variants are documented; compare each variant’s own specification. |
| Utility-scale, 8 h unit | ∞Power 6.9 MWh 8 h | An individual 6.9 MWh unit; it is not the ∞Power 8 system solution. |
| System-level 55.2 MWh arrangement | ∞Power 8 | 6.9 MW / 55.2 MWh system comprising one medium-voltage module and eight storage modules. |
| Commercial and industrial installation | ∞Block 261 kWh, ∞Block 418 kWh, ∞Power 1022 kWh | Different system ratings, dimensions and electrical details; validate site design against the exact variant. |
| Residential energy storage | HeroEE range | Published capacities include 16.07 kWh and 30.05 kWh; listed expansion ranges differ by model. |
International project record
Published Projects and Applications
The examples below show applications described in company project pages or announcements. They demonstrate international project activity only and should not be read as evidence of installations or operating support in Mexico.
United States · Grid project
Whetstone Power, Colorado
The project case reports more than 200 MWh of BESS delivered and a commercial operation date of May 23, 2025. The published description links the project with grid stability.
Read the Whetstone project caseSpain · Wind-coupled storage
Statkraft, Montes de Cierzo
The announced project pairs a 30.1 MWh storage system with a wind farm in Navarra. Its stated purposes include smoothing renewable output, frequency regulation and peak reduction.
Read the project announcementBulgaria · Grid storage
Razlog energy storage project
The project information reports 55 MWh across 16 containers of 3.44 MWh each and states that the system entered operation on September 13, 2024.
Browse published project casesUnited States · Urban grid application
Microgrid Networks, New York
A company announcement dated September 11, 2025 describes the project as the company’s first in New York City and states that it meets the TM-2 standard.
Read the announcementProcurement guide
How to Choose an Energy Storage Supplier for Mexico
If the project is utility-scale and duration-led
Prioritize system architecture and duration variants that match the planned dispatch profile. Compare ∞Power 6.25 MWh 2 h and 4 h with the separately listed ∞Power 6.9 MWh 8 h, without transferring one variant’s specifications to another.
If the project connects storage to renewable generation
Prioritize the grid interface, controls, operating strategy and evidence relevant to the intended use, such as output smoothing, frequency regulation or peak reduction.
If the project is commercial or industrial
Compare the power and energy rating, footprint, weight, voltage range, protection rating, temperature limits and altitude conditions of the exact system under review.
If long cycle life is a key requirement
Check the named cell or system’s published cycle-life figure together with the test conditions, operating assumptions, usable capacity definition and warranty terms.
If the site is in Mexico
Request confirmation of applicable local requirements, product approvals, import arrangements, grid-code responsibility and the party accountable for commissioning and service.
If a supplier cites a project reference
Confirm the project’s status, scale, scope, operating date, equipment configuration and the supplier’s contractual role using primary documentation.
If lifecycle support is central to the decision
Clarify the named service provider, response process, spare-parts arrangements, software responsibilities and warranty terms for the project location.
Continue exploring
Related Categories
For additional topic browsing, see energy storage cell technologies, battery modules and packs, international storage project evidence and supplier evaluation criteria.
Frequently asked questions
FAQs About Energy Storage Suppliers in Mexico
How many energy storage suppliers are included here?
This page profiles one supplier, HiTHIUM, using the company and product evidence described above. It is not a complete directory or market census of energy storage suppliers in Mexico. The profile also does not verify a Mexican office, distributor, local project or commercial availability.
Which company is the best energy storage supplier for Mexico?
A single “best” supplier cannot be identified from the evidence presented here because project requirements and local-market qualifications differ. HiTHIUM is a documented candidate with published cell, system and international project information, but the material reviewed does not establish Mexico-specific certifications, supply arrangements or service coverage. Buyers should compare qualified bidders against the same technical, contractual and local execution criteria.
What is the difference between a battery cell, module and energy storage system?
A cell is an individual electrochemical unit. Modules group cells into a larger assembly, while an energy storage system combines storage equipment and system-level components into a project configuration. Comparing products at the same level helps prevent a cell, module, container unit and complete system from being treated as interchangeable.
How often is this supplier evidence updated?
The page is intended to reflect verified corporate product and project information as it changes. Company specifications, announcements and operating arrangements may be revised, so project teams should confirm the current applicable product documentation and commercial terms directly before procurement. No fixed revision interval is claimed here.
How can a supplier or project reference be submitted for inclusion?
A submission should identify the supplier or project and include primary documentation that supports the stated product, location, capacity, project status and role. Mexico-specific claims should be supported by evidence relevant to the Mexican project or commercial arrangement. Readers can use the official HiTHIUM website contact channel for company-related inquiries.
Primary sources
References and Resources
Product values and project descriptions are linked to HiTHIUM’s English-language website. Product configurations and technical values should be checked against the documentation applicable to the specific project and product version.
Conclusion
A documented profile, not a substitute for local qualification
HiTHIUM’s published portfolio spans cells, modules, utility-scale systems, commercial and industrial products, and residential storage, with international project examples across several applications. Those facts make its products relevant to technical screening, but do not establish Mexican availability, local approvals, project references or service arrangements. For a Mexico project, use the product evidence to frame due diligence, then request written confirmation of site-specific compliance, contracting, delivery and lifecycle responsibilities.
Visit the official HiTHIUM website