June Power
June Power
High-efficiency, thermal-engineered energy storage solutions specifically designed for immediate deployment in the high-ambient West African climate.
Banfora, located in the Cascades Region of southwestern Burkina Faso, stands as a pivotal economic corridor. Home to heavy sugar processing industries (such as SN-SOSUCO), vast agricultural cotton cooperatives, and neighboring mining concessions, the demand for high-reliability electrical power is soaring. However, the region suffers from persistent utility grid instability, frequency deviations, and high electricity costs.
To mitigate grid outages, industries in Banfora have traditionally relied on heavy diesel generator systems. Rising fuel import costs and carbon tax regulations are forcing a rapid transition towards hybrid AC microgrids. By coupling utility power, existing diesel gensets, and localized industrial solar arrays with state-of-the-art Battery Energy Storage Systems (BESS), local enterprises are achieving up to 60% fuel cost savings while ensuring continuous, clean energy distribution.
An analytical review of why AC-coupled architectures outperform traditional DC topologies in heavy C&I environments.
Traditional grid-tied inverters act as "current sources" that follow the voltage and frequency of the grid. However, in the Banfora market, where grid fluctuations are highly volatile, grid-forming inverters are critical. Our AC microgrid systems utilize advanced Power Conversion Systems (PCS) configured to run in VSG mode. This allows the system to behave like a traditional synchronous alternator, providing synthetic inertia, stabilizing voltage fluctuations, and maintaining a solid 50Hz frequency standard even when disconnected from the utility grid.
One of the main constraints of local agricultural mills is system-wide shutdown recovery. Our AC microgrids support 100% black-start capabilities. In the event of a total blackout, the microgrid can dynamically construct the AC network bus autonomously, coordinate the ignition of local gensets, and synchronize energy distribution without relying on standard grid parameters. Additionally, our intelligent Energy Management System (EMS) prevents diesel gensets from running at sub-optimal loads (less than 30%), significantly reducing mechanical wear and carbon build-up.
Ambient temperatures in the Banfora region regularly exceed 40°C. Conventional air-cooled systems experience thermal derating above 35°C, reducing overall efficiency and cell life expectancy. Our premium configurations leverage advanced liquid cooling circuits. This thermal management solution maintains lithium iron phosphate (LFP) cell temperatures within the optimal 20-30°C window, limiting degradation, mitigating thermal runaway risks, and maximizing system service life to over 6,000 cycles at 90% Depth of Discharge (DoD).
Key metrics for procuring AC Microgrids for the Cascades Region:
Our modular AC microgrids are pre-engineered for three primary energy sectors across the West African market.
Hunan June Power Technology Co., Ltd. is a national high-tech enterprise located in Jiangbei New Area, Nanjing. June focuses on the R&D, production, and sales of PCS, Hybrid Inverters, Energy Storage Systems (ESS), and Microgrid Systems, while also engaging in the investment, development, and construction of photovoltaic and energy storage power plants.
Our manufacturing complex maintains complete control over the power electronics supply chain, enabling customized containerized products for high-dust, high-humidity, and high-temperature regions. Through rigorous factory acceptance tests (FAT), we guarantee that all exported sub-components, from battery cells to power converters, perform reliably under realistic operational load profiles simulated in-house.
In addition, June has established strategic partnerships with several leading universities, including NUAA, NUIST, and NJUIT. Together, they have set up doctoral research workstations and co-developed talent cultivation platforms dedicated to the transformation of scientific achievements in the new energy sector, providing solid support for continuous innovation and breakthroughs in energy storage technologies and microgrid systems.
Explore our complete range of certified power architectures, scale-up options, and containerized cabinets ready for shipping.
Mitigating systemic risks through rigorous regulatory alignment and direct field support options.
Our engineering team configures low/high voltage ride-through (LHVRT) settings specifically aligned to SONABEL voltage deviation guidelines, preventing nuisance tripping.
To counter the fine harmattan dust in the Cascades region, we configure double-layered cabinet enclosures with G4/F7 air filtering systems to maintain clean operations.
Supported by our service centers, we offer remote monitoring diagnostics, critical component redundancy deployment, and field engineering support packages.
In-depth technical answers regarding AC Microgrid deployments, architecture design, and logistics for Banfora.
AC-coupled configurations are highly efficient for installations where the load is consumed concurrently with solar production. It allows direct, highly efficient solar-to-load paths without battery system cycle loss. Furthermore, AC coupling allows existing diesel genset arrays to integrate seamlessly at the AC busbar level, enabling simple retrofit scaling without overhauling existing distribution wiring.
Our specialized liquid cooling systems use a high-thermal-conductivity glycol-water mix routed directly through internal cooling plates adjacent to LFP cells. By actively radiating heat via outdoor heat exchange units, the system limits cell temperatures to between 25°C and 28°C even when the outside temperature exceeds 40°C. This prevents accelerated capacity fade associated with traditional air cooling.
Standard container systems (like our 200kWh cabinet or 5MWh container systems) have an OEM build time of 45-60 days at our Chinese production center. Shipping is managed via the Port of Abidjan (Ivory Coast) or Port of Lomé (Togo), with overland transit to Banfora. We supply comprehensive documentation including Certificate of Conformity (CoC), CE test reports, and packing lists required by customs authorities.
Our grid-forming PCS features an integrated excitation source that can power up the AC distribution bus from a dead-stop condition. Once active, the system acts as the master reference clock, allowing local solar PV inverters to synchronize and begin feeding power to essential loads, bypassing the need for an external grid connection.
Yes, our outdoor cabinets feature IP55/IP65 ratings. The cooling ventilation pathways are isolated from the critical battery cell compartments, and active air channels are protected by high-density dust filters designed for easy maintenance, preventing abrasive dust ingress.
Our systems include local SCADA controls accessible via Modbus TCP/RTU or local fiber-optic networks. This allows engineers to manage the system locally on-site without internet, while telemetry is stored locally and uploaded to our remote platform once internet connectivity is restored.
All our microgrid energy storage components and power converters are certified under IEC 62477-1, IEC 62619, IEC 61000 EMC standards, and CE. This ensures compliance with local industrial site inspections and international engineering guidelines.
We use a three-tiered Battery Management System (BMS) with active balancing. It monitors temperature, voltage, and internal resistance at the cell level. Active balancing redistributes charge between cells during cycles, extending cell life and maintaining capacity matching.
Get in touch with Hunan June Power Technology Co., Ltd. for pricing details, CAD designs, single-line diagrams, and customized shipping options directly to Banfora, Burkina Faso.
