Solar Energy Systems –
Cut Your KPLC Bill by 90%.
Hybrid, grid-tied, borehole pumping, and commercial rooftop solar – full EPC, EPRA-certified, built for 25 years.
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90%+
Bill reduction from day one
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25 yrs
System Life
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EPRA
EPRA-certified installation
Why Solar for Institutions
Your KPLC bill is a tax on doing business. It goes up every year. It disconnects you when you can’t pay. It doesn’t create any asset. Feion’s solar systems convert that recurring cost into a one-time capital investment sized from your actual bills, installed by EPRA-certified technicians, and generating returns from day one.
The Problem with Grid Dependence | The Solar Advantage |
|---|---|
Average institutional bill: KES 313,000–700,000/month |
90%+ bill reduction from day one |
Disconnections: 3 in 5 months (verified client case) |
Battery backup: no more disconnections ever |
Tariff increases: unpredictable year to year |
Fixed capital cost: predictable for 25 years |
Recurring spend: zero asset created |
25-year system asset that pays back in 2–5 years |
What We Install
Hybrid Solar PV
Solar + battery + grid. 90%+ offset. 24/7 backup for critical loads. Best for hotels, hospitals, schools
Grid-Tied Solar PV
Pure daytime offset. No battery. Lower capital cost. Best for bakeries, water plants, daytime-heavy loads.
Solar Borehole Pumping
Dedicated solar for borehole pumps. Eliminate water pumping costs entirely. Pairs with hotel/school systems.
Solar + Jiko-Kul Bundle
Jiko-Kul cooking system + solar PV in one integrated package. One proposal, one supplier, one payback.
Commercial Rooftop Solar
Large-scale institutional rooftop for hotels, factories, hospitals. Sized from actual load data.
Our Design Process
We size every system from real data never from guesswork or nameplate ratings. Our clients get what they actually need, not what a generic calculator produces.
Step 1: Survey →
KPLC bills, load profile, and site real data only. We read 6 months of bills minimum.
Step 2: Design →
Engineer-verified sizing. Right panels, right inverter, right battery. No oversizing.
Step 3: Install →
EPRA-certified installation. Commissioned and tested on-site. Staff trained at handover.
Step 4: Monitor
3-week post-installation monitoring. Daily performance reports. Expansion pathway mapped.
Sample System Parameters
Note: All systems are custom-designed per client. The table below shows typical parameters for a mid-size institutional installation.
System Parameter | Typical Detail (Mid-Size Institution) |
|---|---|
System Size |
50–200 kWp DC depending on load |
AC Output |
50–200 kWac hybrid inverter |
Battery Storage |
50–240 kWh LiFePO4 (optimized per load profile) |
Solar Modules |
620Wp Jinko/JA Solar Monocrystalline – Tier 1, 12-year warranty |
Inverter Brand |
GoodWe / Deye / Dyness Three-Phase Hybrid |
Peak Sun Hours |
5.0–5.5 hours/day (Kenyan average, location-adjusted) |
Grid Offset |
Approximately 90% of KPLC consumption |
System Life |
25 years |
Payback Period |
Typically 2–5 years depending on system size and load |