Precifarm
From home charging to highway charging.
PF-MEGAPACK-001 · v1.1
Modular energy · Kenya · Conceptual platform
Project-engineered battery storage from industrial sites to grid-connected plants
Precifarm MegaPack is a project-engineered battery energy storage system (BESS) platform for commercial, industrial, renewable-energy, EV-charging, microgrid and utility-scale applications in Kenya — with a design path across Africa.
Applications
Industrial & commercial
Peak shaving, backup, process continuity and solar firming at factories, cold chain and campuses.
Utility & grid-connected
Project-scoped plants subject to interconnection studies — not advertised as net-metering or guaranteed grid revenue.
EV hub & corridor energy
Buffer storage for depot and highway charging where grid import limits or solar surplus need orchestration.
Microgrid & weak-grid sites
Islandable or grid-following architectures where Kenya Power availability and critical loads dictate design.
Precifarm
MegaPack · project brief
PF-MEGAPACK-001 · Page 2
What to tell us
- What you need to power, and which loads are critical
- How much energy to store, and for how many hours
- Connection point (voltage, capacity, export if any)
- Solar or other generation on site or planned
- Whether EV charging, backup or grid-support is in scope
- Preferred commercial model (own, finance, service)
How we work
Assess → Model → Connect → Engineer → Finance → Build → Operate. Final architecture depends on grid voltage, connection capacity, load profile, export capability, battery power and energy, protection, metering, utility requirements, operating model and applicable Kenyan regulations.
Regulatory position
Designed for compliance with applicable Kenyan requirements. Final compliance and approvals are determined project-by-project. Grid-connected projects require site-specific engineering, utility interconnection, applicable EPRA approvals/licensing, environmental and county approvals, and the relevant network operator.
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