Mz Tech Electrical Techniques

01/09/2026

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‎*SOLAR POWER SYSTEMS, SOLAR GEYSERS, BOREHOLE SYSTEMS TUBING AND WIRING

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‎🌞 *SolarUp Pricelist Delivered and Installed:*
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‎⚡ *Solar Power Systems pricelist:*
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‎1.5KVA is only $750
Powers:
1 TV, 1 Small Fridge, cellphone charging & lights..
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‎3KVA LITE for $900 with 2 x 455 watts panels
Powers:
Deep freezer, Fridge, entertainments entertainments & lights..
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‎3KVA is $1150 with 4 x 500watts panels
Powers :
Deep freezer, Fridge, Water Pump/microwave, entertainment & lights..
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‎4KVA from ONLY $1350 with 4 x 560 watts
Powers:
Deep freezer, Fridge, Water pump, microwave/washing machine, electric gate, entertainment & lights..
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‎6KVA is only $2150 with 6 x 500 watts panels
Should power a standard property.
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‎SUPER 6KVA is $2850 with Double the lithium batteries & Monocrystalline solar panels of ordinary 6kva package for Double the operating duration..
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‎MONSTER 11KVA from $3750 THE ULTIMATE POWER PACKAGE
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‎Solar Panels Cleaning for $4 each, with $24 minimum charge..
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‎ Solar Geysers pricelist:
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‎SMALL Gravity 100Litre Solar Geyser delivered & installed costs only $500
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‎STANDARD Gravity 150Litre Solar Geyser delivered & installed costs only $600
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‎BIG Gravity 200Litre Solar Geyser delivered and installed costs only $650
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Contact us on 0774682794

08/07/2026

Celebrating my 9th year on Facebook. Thank you for your continuing support. I could never have made it without you. 🙏🤗🎉

08/07/2026

4kw Capable Solar system Installation

🔋🔌Can power 2 (two) fridges
Upto 1 hp borehole pump during the day
Up to 0.75 hp booster pump
Security cameras and security lights
2-3 entertainment systems
Lights and Charging all gadgets
All recommended load below 4kw inverter rating

✅✅System Highly Upgradeable upto 10 panels and 5 batteries

Components:

Jsd Hybrid inverter 4kw - can take up to 5 kwp of panels
Dipower wall mount Battery 120ah 25.6 v
4 x JA/Longi/Jinko 480watts mono panels
Full AC And DC protection kit
Installation Fee Free

Total cost :$1500

Payment terms Available
70 % upfront and we install

Mz Tech Electrical Techniques

Contacts : +263774682794
[email protected]

28/06/2026

8kva system coupled with a 15kwh lithium battery
And 6 x 680 watts panels

03/05/2026

Oversizing PV Panels in Solar Installation

Oversizing PV panels in a solar installation involves installing more total solar panel wattage than the inverter or charge controller's nominal PV input rating. This practice is common and often beneficial when implemented within voltage and current limits.

Benefits of Oversizing PV Panels

Enhanced Energy Harvesting – Solar panels rarely produce their nameplate power due to factors such as heat, dust, clouds, and angle losses. Additional wattage helps mitigate these losses.

Extended Production Periods – Increased output during morning and evening periods.

Improved Performance on Cloudy Days – Higher likelihood of achieving useful charging power.

Faster Battery Charging – Particularly beneficial in off-grid systems.

Optimized Inverter Utilization – Keeps the inverter near full output more frequently.

Risks and Considerations

Never exceed the maximum PV voltage (Voc) of the inverter/controller, as this is critical.

Ensure compliance with maximum PV current limits where applicable.

Potential for Power Clipping – During extremely sunny periods, the inverter may limit output to its maximum rating.

Risk of Poor Design Mismatch – If strings are unbalanced or panel types are mixed.

Typical Oversizing Range

A range of 10% to 30% is common.

Example: A 10kW inverter paired with 12kW to 14W panels.

Illustrative Example
A 5kW inverter with MPPT max 500V and recommended PV input 6500W can safely utilize panels totaling 6.5kW, provided string voltage and current remain within specifications.

Conclusion
Oversizing panels is generally a prudent design practice when executed professionally and within the inverter's electrical limits. It tends to increase yearly yield more than it negatively impacts the system.

Contact us 077 468 2794

For more info and system designing!

01/05/2026

How much energy does a typical Urban or Rural home use?

The answer? It depends—but here’s a good benchmark 👇

🏠 A typical home or house in Zimbabwe uses around 4kwh -30 kWh per day, depending on the size of the house and the appliances being used.

The biggest energy consumers are usually:
🔥 Geysers & heating
🏊 Swimming pools
❄️ Heating & cooling systems

In an off-grid situation (Rural areas) A borehole pump can be added on the list if the water system is AC powered .

💡 Understanding your usage is the first step to designing the right solar system for your needs.

👉 Contact us on : https://wa.me/263774682794

077 468 2794

And get a Detailed energy Audit before you commit to solar system
Do it the right way the first time!!!!!💯💯

Pictured Below😊😊 : 5kva Capable system powering a 6 roomed house with a Freezer,upright fridge,Full entertainment system,Lights and booster Pump 0.5 hp pump

Components used
8 x 535 mono panels
5kw Arne hybrid inverter high voltage
5.2kwh Wall mount Lithium battery 🌅🌅

May Promotion starting from $1900

28/04/2026

29/03/2026

Why 4.8 kWh and 5.12 kWh Lithium Batteries Are Not Interchangeable. At first glance, 4.8 kWh and 5.12 kWh lithium batteries may seem nearly identical, as both are often referred to as “48 V batteries,” may be rated at 100 Ah, and are widely utilized in solar systems. However, the disparity between them lies in their intricate internal electrical configuration. The pivotal factor is the cell count and resulting voltage. A standard lithium iron phosphate cell has a nominal voltage of 3.2 V. • A 4.8 kWh battery employs 15 cells in series: 15 × 3.2 V = 48 V nominal Energy = 48 V × 100 Ah = 4800 Wh (4.8 kWh) • A 5.12 kWh battery employs 16 cells in series: 16 × 3.2 V = 51.2 V nominal Energy = 51.2 V × 100 Ah = 5120 Wh (5.12 kWh) The additional cell increases both the voltage and total stored energy. This voltage difference also impacts current and efficiency. Using the power equation: Power (W) = Voltage (V) × Current (A) For instance, if the system requires 2000 W: • At 48 V, current = 2000 ÷ 48 ≈ 41.7 A • At 51.2 V, current = 2000 ÷ 51.2 ≈ 39.1 A The lower current in the 51.2 V system results in reduced cable losses (I²R losses), less heat generation, and improved overall efficiency. Another crucial technical aspect is charging voltage. • A 15-cell battery (48 V) typically charges up to approximately 54.75 V • A 16-cell battery (51.2 V) charges up to approximately 58.4 V This is why many modern hybrid inverters are optimized for 51.2 V systems, as they operate closer to their ideal DC bus voltage, enhancing conversion efficiency. However, this difference introduces a critical design rule: you cannot mix 15-cell and 16-cell batteries in the same bank. The 16-cell battery operates at a higher voltage and will push the 15-cell battery into overcharge, while itself may remain underutilized, leading to imbalance, reduced lifespan, and potential safety risks. From a system design perspective, the 5.12 kWh battery is slightly more efficient and better suited for modern installations, whereas the 4.8 kWh battery remains compatible with older 48 V systems. The conclusion is straightforward yet vital: in solar engineering, even a 3.2 V difference per cell can determine system performance, efficiency, and longevity. Understanding these intricacies ensures better system matching and more reliable energy storage.

02/02/2026

SRNE is a leader in the research and development of residential inverters, Commercial & Industrial energy storage system and solar charge controllers,offering a wide range of solution and service.

02/02/2026

I'd like to extend a warm welcome to our newest followers: Charmaine Zulu, Mandisa Ncube. We're thrilled to have you onboard.