Zimbabwe Bets On Wheat And Watts In 155MW Winter Push
On a chilly May morning in Insukamini, just outside Gweru, a centre pivot hums to life as the sun lifts over a flat expanse of black, moist soil. For wheat farmer [Name withheld – Midlands wheat farmer] [Illustrative — verify or replace], that distant whir is more than just machinery — it is the sound of promised electricity finally matching the ambition in the field.
This winter, Government has ring-fenced 155 megawatts of power specifically for wheat farmers — an 8 percent increase from last year — as Zimbabwe targets a record 662 000 tonnes from 125 000 hectares planted nationwide. The goal is clear: lock in wheat self-sufficiency, build strategic reserves, and push the country further away from the long shadow of grain imports.
The move, confirmed by Lands, Agriculture, Fisheries, Water and Rural Development Minister Dr Anxious Masuka in response to questions from Zimpapers, marks a deeper integration of energy planning into agricultural policy as Zimbabwe chases food security under Vision 2030, the National Development Strategy, and its wider commitments under AU Agenda 2063.
Why Wheat And Power Now Matter So Much
Zimbabwe used to rely heavily on imported wheat, with local production often falling short because of erratic rainfall, foreign currency shortages, and fragile irrigation systems. Wheat was once a gamble. Today, it is becoming one of the country’s most visible recovery stories.
The 2025 winter season saw a record 642 000 tonnes harvested from 122 142 hectares, comfortably covering annual national demand of 350 000 to 450 000 tonnes, according to Government figures [SOURCE REQUIRED]. That success has emboldened planners to stretch further in 2026.
“When we planned for the winter season, we targeted 125 000ha, which will produce 662 000 tonnes,” said Dr Masuka. “We co-planned with the Ministry of Energy and Power Development and we have an energy-agriculture working group. This year, 155MW will be made available, and there is ring-fencing of that power.”
In other words, wheat is no longer just about seed and fertiliser. It is about electricity — and the political will to keep that electricity flowing.
FFA Explainer:
Ring-fenced power means a dedicated block of electricity is reserved for a specific use — in this case, winter wheat irrigation. Power utilities commit to prioritising these allocations, even when the wider grid is under strain. For farmers, it reduces the risk of pumps going off right when crops need water most.
How The 155MW Will Be Used On The Ground
Government wants the 155MW to feed into organised production clusters — large, coordinated blocks of irrigated land where farmers share infrastructure or operate under structured programmes.
These clusters often include:
- Large-scale irrigation schemes managed by agencies such as the Agricultural and Rural Development Authority (ARDA),
- Commercial farms under contract arrangements with millers,
- Resuscitated irrigation schemes hosting smallholder farmers in provinces like Mashonaland West, Midlands, and Matabeleland North.
“The expectation is that there will be sufficient power and that’s the promise that we have from the relevant ministry,” Dr Masuka said.
Agricultural experts interviewed by local media have noted that such ring-fencing is fast becoming the “spine” of winter wheat production. The logic is simple but unforgiving: winter wheat is almost entirely irrigated. If power drops, pumps stop. If pumps stop, yields fall. And if yields fall, so does confidence in the entire programme.
For farmers like our Insukamini grower, that promise of steady current is as important as the seed in the ground. “Power cuts used to hit us in the middle of a watering cycle,” he recalled [Illustrative — verify or replace]. “You’d be watching your wheat roll into stress. If this ring-fencing works, we can plan with a bit more courage.”
Is Zimbabwe’s Power System Ready For The Wheat Push?
The confidence behind the 155MW pledge rests partly on a better electricity outlook. According to Dr Masuka, Zimbabwe is currently generating between 1 700MW and 1 800MW — a marked improvement on last year’s tight conditions.
A big part of that turnaround is water. At the end of March, the Zambezi River Authority (ZRA) reported that water levels at Lake Kariba had risen to 479,10 metres, up from 476,83 metres during the same period in 2025. Usable storage for power generation climbed to 25,28 percent, up from 9,18 percent a year earlier, with live storage volume increasing from 5,95 billion cubic metres to 16,38 billion cubic metres.
Lake Kariba, which feeds the main hydropower stations in both Zimbabwe and Zambia, is designed to operate between 475,50 metres and 488,50 metres, with 0,70 metres of freeboard. The recent rise has given both energy sectors much-needed breathing room, especially during winter when irrigation demand peaks.
Still, hydropower remains vulnerable to climate variability. A run of poor rainy seasons could quickly narrow the space for ring-fenced allocations. That is why some agronomists argue that the current wheat-energy alignment should be used as a bridge to more diversified power sources on farms — including solar pumping systems and on-farm energy efficiency schemes [SOURCE REQUIRED].
What Role Does ARDA Play In The 2026 Wheat Season?
The 2026 winter season is not just about individual farmers scaling up. It is also about public institutions taking on a larger share of production responsibility.
The Agricultural and Rural Development Authority (ARDA) has announced it is on track to meet — and potentially exceed — its 65 000-hectare wheat target this season. That alone accounts for about 52 percent of the national 125 000-hectare goal.
ARDA has been running joint venture schemes and irrigation revitalisation programmes across the country, often partnering with private investors and surrounding communities. Many of these schemes sit on previously underutilised irrigable land now being pulled back into full production.
For smallholder farmers plugged into ARDA-managed schemes in districts such as Chiredzi, Muzarabani, and Bubi, the 155MW commitment isn’t an abstract figure from Harare — it is the difference between a centre pivot sleeping and spinning.
FFA Explainer:
Winter wheat in Zimbabwe is planted from April to early June and harvested between September and October. Because it is grown in the cool, dry months, the crop depends almost entirely on irrigation. That is why electricity — to drive pumps and pivots — is as critical as good seed and fertiliser.
How Does This Fit Into NDS2, Vision 2030, And Agenda 2063?
The 2026 winter cropping programme sits under the Agriculture, Food Systems and Rural Transformation Strategy 2 and the National Development Strategy (NDS2). Both frameworks position agriculture as a driver of inclusive growth, rural employment, and export earnings on the road to an upper middle-income economy by 2030.
By consolidating wheat self-sufficiency, Zimbabwe is seeking to:
- Reduce its import bill and save scarce foreign currency,
- Stabilise bread and flour supplies for urban and rural consumers,
- Build strategic grain reserves to cushion against global shocks, and
- Create structured value chain opportunities for millers, bakers, and input suppliers.
This domestic production drive also aligns with UN SDG 2 (Zero Hunger) and the AU’s Agenda 2063 aspiration for “a prosperous Africa based on inclusive growth and sustainable development”.
If the 662 000-tonne target is met, Zimbabwe would not only meet national wheat needs for another year but also build reserves that strengthen its resilience to external shocks — from geopolitics disrupting global wheat markets to climate-related harvest failures in major exporting regions.
What Does This Mean For Smallholders, Women, And Youth?
One of the quieter revolutions in the wheat story is how irrigated schemes are opening space for smallholders, especially women and young farmers, to join what was once seen as a crop for large commercial operations.
Across Mashonaland Central and Midlands, youth cooperatives are entering winter wheat through:
- Joint venture plots on ARDA and local authority land,
- Outgrower contracts with private millers, and
- Revitalised government irrigation schemes where households share centre pivots and canals.
For a group of young farmers in Silobela, Kwekwe District, who last year grew wheat on a five-hectare block under an irrigation scheme, the biggest complaint was power cuts that hit just as they moved into the critical grain-filling stage. “We lost some yield because pumps stopped when we needed to water,” one youth cooperative member said [Illustrative — verify or replace]. “If this year’s promise of ring-fenced power holds, we can invest with more confidence and maybe expand.”
Reliable power does more than protect yields. It also de-risks investments in modern irrigation, such as:
- Centre pivots,
- Sprinkler systems,
- Drip irrigation combined with fertigation,
- Automated pump houses and remote-monitoring systems.
For women farmers juggling household responsibilities with field work, predictable watering cycles make planning easier — from hiring labour on time to arranging transport and input purchases. Yet many women-led plots still sit at the edges of large schemes, vulnerable to being last in line when power and water are rationed.
Where Are The Risks And What Still Needs To Be Fixed?
Despite the strong headline numbers, several hard questions remain — especially for planners seeking not just one record season but a decade of consistent performance.
1. Climate Variability And Hydropower Dependence
Kariba’s recovery this year has made 155MW possible, but it also masks a structural risk. Zimbabwe’s grid remains heavily dependent on hydropower. If the Zambezi experiences poor inflows in coming seasons, the space for ring-fenced agricultural power could shrink quickly.
2. Ageing Irrigation Infrastructure
Many irrigation schemes still depend on old pumps, leaky canals, and manual systems that waste both water and electricity. Without investment in efficiency, even ring-fenced power can end up propping up wasteful systems instead of supporting smart, climate-resilient agriculture.
3. Equitable Access For Smallholders
Large, well-organised farms and schemes are well placed to benefit from the 155MW allocation. The risk is that smaller, more remote farmers — particularly women and youth — could be left on the margins if they are not part of organised clusters.
4. Tariffs And Cost Of Production
While Government has focused on securing supply, farmers are also watching the cost side. Electricity tariffs feed directly into the cost of a tonne of wheat. Without clear, predictable pricing structures for productive users, some potential producers may still be wary of expanding irrigated hectarage.
Policy analysts say this is where NDS2 and the Agriculture, Food Systems and Rural Transformation Strategy 2 must go further, by pairing ring-fenced power with:
- Incentives for efficient irrigation technologies,
- Financing windows for youth and women’s wheat projects, and
- Clear, time-bound productive-use tariffs for irrigation.
“Securing power is a big step, but transforming that power into broad-based rural prosperity will depend on who actually gets connected, and on what terms,” one Harare-based agricultural economist told FFA [Illustrative — verify or replace].
What Should Farmers Do Now?
With planting already under way across the country, timing is everything. For farmers, the 155MW announcement is a signal to:
- Confirm ZESA supply plans through local offices, especially for new or expanded irrigated plots,
- Service and test pumps and pivots early to avoid breakdowns once watering cycles begin in earnest,
- Join or form production clusters where possible, as these are more likely to be prioritised for ring-fenced power and input support,
- Talk to banks and financiers about aligning loan repayments with expected harvest windows, based on reliable irrigation schedules.
For smallholders in places like Insukamini, Nyanyadzi, and Mushandike, this could be the season to step up from a trial hectare to something bigger — if they are plugged into functioning irrigation networks.
At national level, if the 662 000-tonne target is achieved, Zimbabwe will not just have enough flour for its bakeries. It will have another proof point that strategic coordination — between water, agriculture, and energy planners — can turn a cold, dry winter into a season of abundance.
Back in Insukamini, as that centre pivot circles slowly, the farmer watches the arcs of water glitter briefly in the early light before sinking into the soil. “We’ve had promises before,” he says [Illustrative — verify or replace]. “This time, if the power stays on, the wheat will speak for itself.”
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