Electric Pressure Cookers Enhance Community Resiliency

Through the Electric Cooking Impact Series, we share insights into the role of Electric Pressure Cookers in enhancing community resiliency to global shocks like the COVID-19 pandemic

By Hannah Blair and Abigail Kuria of CLASP, Co-Secretariat of the Efficiency for Access Coalition

In 2020, the Global LEAP Awards launched the inaugural Electric Pressure Cooker (EPC) Competition. Through the Electric Cooking Impact Series, we share insights into the role of EPCs in enhancing community resiliency to global shocks like the COVID-19 pandemic.

As a result of the COVID-19 pandemic, millions of families across the globe are spending more time at home and are now responsible for previously outsourced daily chores like food preparation. In Kenya, COVID-19 has led to increased sales of electric pressure cookers (EPC) among top retailers. With support from EnDev, the Global LEAP Awards Results-Based Financing programme is facilitating the sale of 5,000 EPCs in Kenya to bolster community resiliency to COVID-19.

COVID-19 Leads to Increased EPC Sales

One week after the first case of coronavirus was reported in Kenya, President Kenyatta announced a nationwide dusk-to-dawn curfew and advised all citizens to stay home. This mandate closed restaurants and markets that catered to millions of daily patrons across the country, and an estimated two million domestic workers responsible for preparing meals for the growing middle-class were required to stay home.

While many businesses have been severely impacted by the pandemic, top appliance retailers in Kenya reported an increase in the sale of electric pressure cookers, a convenient, cost-effective and energy-efficient cooking solution.

While EPCs are a relatively new appliance in the Kenyan market, they are uniquely positioned to cook a variety of traditional Kenyan dishes, like long-simmering beans and meat stews, using a combination of pressure and heat.

Kenyans Still Rely On Biomass Cooking Fuels

Though dangerous and expensive, the majority of Kenyan households (74%) still rely on biomass like firewood and charcoal as their primary source of fuel — with the highest usage (93.2%) in rural areas. But across the country, wood and charcoal is becoming increasingly expensive.

Low-income households are at highest risk for price volatility as they make smaller, individual purchases of cooking fuel for daily or weekly use. In February 2018 the Kenyan government implemented a logging ban aimed at addressing rapid deforestation resulting from charcoal reliance. According to the World Agroforestry Centre, Kenya’s forest cover has substantially decreased over the past fifty years and is now below the ten percent benchmark recommended by the United Nations.

Burn Manufacturing, one of the leading manufacturers of efficient charcoal-powered cookstoves in Kenya, conducted a small survey of 181 charcoal stove customers in April to better understand the cost increase and accessibility of charcoal in Kenya since the start of the pandemic.

Burn found that since the start of the pandemic, charcoal has become increasingly inaccessible and expensive (figures 1 and 2). Households reliant on charcoal are also some of the hardest hit by the pandemic. By June, over one million Kenyans had lost their jobs or were been put on indefinite leave.

Figure 1: Has accessing charcoal become more difficult since the onset of the pandemic?

Source: Burn Manufacturing, 2020

Figure 2: Have charcoal prices increased since the onset of the pandemic?

Sourch: Burn Manufacturing, 2020

The Dangers of Biomass Cooking

Exposure to household air pollution (HAP) from hazardous biomass fuels like wood, charcoal, and kerosene leads to the death of 14,300 Kenyans per year, directly impacting the health of 14.9 million. Acute respiratory infections, often caused by HAP, are the second leading cause of death in the country, accounting for 26% of all hospital deaths.

In an Efficiency for Access Coalition pilot studying the uptake and impact of EPCs with PowerGen microgrid customers in rural Tanzania, users reported that health issues like eye irritation and coughing improved with EPC usage. Although customers continued “stove stacking” and still used biomass to cook certain dishes, EPCs did reduce some exposure to HAP.

Women and children are the main groups affected by HAP in households using open fires or charcoal. In response to the pandemic, the Government of Kenya has closed all in-person schools for the duration of the year. Now families must prepare all daily meals and children face greater risk of exposure when stuck at home surrounded by biomass cooking.

Scaling Electric Cooking through Financing Mechanisms

The high upfront cost of switching to sustainable cooking solutions like EPCs is the most widely cited challenge to e-cooking in low-income communities. While common charcoal stoves sold in markets across Kenya cost between $3–5 on average, EPCs can range from $90–200 USD. The Tanzania study found that the majority (86%) of EPC customers could not have afforded the appliance without a loan facility.

Greater access to consumer financing options, including more local currency financing and longer loan tenors, would increase uptake of EPCs. Donors, investors and other stakeholders involved in financing projects in the cooking sector must allocate more resources to support the availability of pay-as-you-go (PAYGo) contracts. PAYGo and financing facilities will assist households frustrated by the increasing costs of traditional fuels transition to more sustainable and cost-effective cooking mechanisms.

LEAP+RBF seeks to increase the uptake of EPCs and transition households in urban, peri-urban and rural areas to more sustainable sources of energy. Through the pilot, the Global LEAP Awards aims to demonstrate the role of e-cooking in building healthy, safe and resilient communities.

The Global LEAP Awards Results-Based Financing EPC pilot is supported by EnDev. The Global LEAP Awards is currently conducting the inaugural Electric Pressure Cooker Competition to identify best-in-class EPCs suitable for off- and weak-grid environments.

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